MEMORIA DE CÁLCULO: MURO EN CONCRETO ARMADO ......Muro de Altura 1.50 m MEMORIA DE CÁLCULO: MURO...

Muro de Altura 1.50 m

0Q (kN/m2) = 10 Sobrecarga

1.8 γ1 (kN/m3) = 18 Densidad del suelo de relleno φ1 = 30 Angulo de fricción interna del material a contener

2.043 γ2 (kN/m3) = 15 Densidad del estrato de fundaciónφ2 = 22 Angulo de fricción interna del estrato de fundación

1.579 C2 (kN/m2) = 40.00 Cohesión del estrato de fundaciónα = 0 Angulo sobrecarga con la Horizontal

Ka1 = 0.33 Ka2 = 0.45

Kp1 = 3.00 Kp2 = 2.20σ (KN/m2) = 72.03 Esfuerzo capacidad portante

μ = 0.5 Coeficiente de fricciòn con el concretof'c (MPa) = 21.1 Resistencia del concretofy (MPa) = 240 Resistencia del acero

A= 0.2 Aceleración pico efectivaδ(º) 15 ángulo interacción suelo ‐ muro

H (m) 1.50 Altura Total del Muro h1 (m) 0.25 Espesor de zarpa 0.25

h2 (m) 1.25 Altura del vástago del Muro B (m) 1.25 Ancho total de zarpa b1 (m) 0.40 Talón del Muro b2 (m) 0.25 Ancho del vástago del muro. b3 (m) 0.60 Pie del muro

Pa (KN/m) 6.8 Empuje activo Pav(KN/m) 1.7 Componete Vertical del empuje activo 2.0Pah (KN/m) 6.5 Componente horizontal del empuje

h´ (m) 0.6 Altura equivalente por sobrecarga aplicada

M estabilizante M inestabilizante KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.53 3.9

W2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

W3 1.25 0.60 0.75 18.00 13.50 0.95 12.8

W4 0.00 0.60 0.00 18.00 0.00 1.05 0.0

W5Pav 1.75 1.25 2.2

Σ 23.6Pah 6.52 0.69 4.47

Σ 4.47

MEMORIA DE CÁLCULO: MURO EN CONCRETO ARMADO EN VOLADIZO

DATOS GENERALES

PREDIMENSIONAMIENTO

FS Deslizamiento (Mínimo)

No. ALTURA (m) BASE (m) AREA (m2) γ (kN/m3) PESO (KN/m) Brazo (m)ANÁLISIS DE ESTABILIDAD (Volcamiento)

Σ=Momento Estabilizante 23.6

Σ=Momento Inestabilizante 4.5

FS Volcamiento 5.3Momentos estabilizantes

Momentos inestabilizantes

SEGMENTO 19007726 1 de 4

Σ=MNeto(KN-m) 19.17

Ƙ 1= 0.67 30.25 40.00 Σ=Fverticales 30.25 Max (talón) Min (pié)

Ƙ 2= 0.67 6.52 22.00 Xa (m) 0.63 23.19 25.202.16 5.14 B/2 (m) 0.625

1.00 Excentricidad (m) -0.01

0.7 B/6 (m) 0.21

σ a-b (KN/m2) 23.84

R1 10.58

φ' α β δ' R2 20.84

30 90 0 15.00 Hllave +zarpa 0.57

Et 8.85

0.333 H llave 0.32

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ ' = 11.77

Pae 8.59Δpae 1.84 FSh prom 0.586 H-llave

ANÁLISIS DE ESTABILIDAD (Deslizamiento) Cálculo de Capacidad Portante VERIFICACIÓN ESTABILIDAD INTERNA

Esfuerzo Reacción (KN/m2)

C2 (KN/m2)φ (º) Estrato de fundación

FS al Deslizamiento Nc Capacidad Portante No requiere llave Nq

FS 3.11Df (m)

σ ult (KN/m2)

CÁLCULO DE LA LLAVE

Cheque al deslizamiento - situación Seudo dinámica Condición Estática Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka = Mononobe - Okabe: Da =Mononobe - Okabe: Ka =

Verificación al Deslizamiento - Seudoestático

Ka1 = 0.33 Ka2 = 0.45

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

W2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

W3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

W4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

W5Pav 2.24 1.45 3.3

Σ 35.1Pah 8.37 0.75 6.30

Σ 6.30

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0.67 8.37 22.00 Xa (m) 0.76 22.40 29.891.95 5.14 B/2 (m) 0.725

0.7 B/6 (m) 0.24

σ a-b (KN/m2) 24.99

R1 10.66

φ' α β δ' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.62

Et 11.14

0.333 H llave 0.37

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ ' = 11.77

FS al Deslizamiento Nc Capacidad Portante Requiere llave Nq

FS 3.25Df (m)

σ ult (KN/m2)

VALORES DE Ka

Ka1 = 0.33 Ka2 = 0.45

W1 2.15 0.25 0.54 24.00 12.90 1.03 13.2

W2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

W3 2.15 0.50 1.08 18.00 19.35 1.40 27.1

W4 0.00 0.50 0.00 18.00 0.00 1.48 0.0

W5Pav 4.47 1.65 7.4

Σ 55.9Pah 16.69 0.99 16.44

Σ 16.44

DATOS GENERALES

PREDIMENSIONAMIENTO

SEGMENTO 19008325 Página 1 de 2

Ƙ 2= 0.67 16.69 22.00 Xa (m) 0.85 26.16 30.351.00 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

131.00

σ a-b (KN/m2) 28.45

R1 12.29

φ' α β δ' R2 22.05

30 90 0 15.00 Hllave +zarpa 1.45

Et 21.03

0.333 H llave 1.20

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ' = 11.77

Pae 21.98

Δpae 4.70 FSh prom 0.937 H-llave

FS al Deslizamiento Nc Capacidad Portante

Requiere llave NqFS 5.01

Df (m)

σ ult (KN/m2)

VALORES DE Ka

SEGMENTO 19008325 Página 2 de 2

0 Sondeo (s)

Q (kN/m2) 10 Sobrecarga

1.8 g1 (kN/m3) 18 Densidad del suelo de relleno

f1 30 Angulo de fricción interna del material a contener

1.8 g2 (kN/m3) 18 Densidad del estrato de fundación

f2 30 Angulo de fricción interna del estrato de fundación

1.579 C2 (kN/m2) 40.00 Cohesión del estrato de fundación

a 0 Angulo sobrecarga con la Horizontal

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

s (KN/m2) 71.53 Esfuerzo capacidad portante

m 0.5 Coeficiente de fricciòn con el concreto

f'c (MPa) 21.1 Resistencia del concreto

fy (MPa) 240 Resistencia del acero

A 0.2 Aceleración pico efectiva

d(º) 15 Ángulo interacción suelo - muro

1.50 H (m) 2.00 Altura Total del Muro

h1 (m) 0.25 Espesor de zarpa 0.25

h2 (m) 1.75 Altura del vástago del Muro

B (m) 1.65 Ancho total de zarpa

b1 (m) 0.65 Talón del Muro

b2 (m) 0.25 Ancho del vástago del muro.

b3 (m) 0.75 Pie del muro

Pa (KN/m) 12.0 Empuje activo

Pav(KN/m) 3.1 Componete Vertical del empuje activo 2.0

Pah (KN/m) 11.6 Componente horizontal del empuje

M estabilizante M inestabilizante

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 1= 0.67 47.13 40.00 S=Fverticales 47.13 Max (talón) Min (pié)

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

h prom 0.781 H-llave

Coulomb: Ka =

Mononobe - Okabe: Da =

Mononobe - Okabe: Ka =

s ult (KN/m2)

Cheque al deslizamiento - situación Seudo dinámica Condición Estática

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

f (º) Estrato de fundación

PESO (KN/m) Brazo (m) ANÁLISIS DE ESTABILIDAD

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) g (kN/m3)

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 3.00 0.30 0.90 24.00 21.60 1.40 30.2

w2 0.30 2.90 0.87 24.00 20.88 1.45 30.3

w3 3.00 1.35 4.05 18.00 72.90 2.23 162.2

w4 0.00 1.35 0.00 18.00 0.00 2.45 0.0

Pav 8.46 2.90 24.5

S 247.2

Pah 31.56 1.29 40.56

S 40.56

S=MNeto(KN-m) 206.68

Ƙ 2= 0.67 31.56 30.00 Xa (m) 1.67 23.35 62.05

1.45 5.14 B/2 (m) 1.45

0.5 B/6 (m) 0.48

s a-b (KN/m2) 40.03

R1 14.26

f' a b d' R2 84.22

30 90 0 15.00 Hllave +zarpa 0.95

Et 37.00

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 41.56

Dpae 8.89 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) g (kN/m3) PESO (KN/m) Brazo (m) ANÁLISIS DE ESTABILIDAD

(Volcamiento)

S Momento

Estabilizante 247.2

S Momento

Inestabilizante 40.6

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

Pav 11.21 3.65 40.9

S 452.0

Pah 41.84 1.45 60.75

S 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

s a-b (KN/m2) 43.76

R1 15.12

f' a b d' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.59

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 55.10

Dpae 11.78 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 452.0

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

Pav 4.85 2.30 11.2

S 122.8

Pah 18.11 1.02 18.45

S 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

s a-b (KN/m2) 31.71

R1 12.10

f' a b d' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.43

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 23.85

Dpae 5.10 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 122.8

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

No requiere llave NqFS 3.01

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

30 90 0 15.00 Hllave +zarpa #¡NUM!

Et 4.19

0.333 H llave #¡NUM!

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

#¡NUM!

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

1.00 Excentricidad (m) 0.02

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

Pav 1.31 1.00 1.3

S 13.4

Pah 4.90 0.62 3.03

S 3.03

S=MNeto(KN-m) 10.32

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

s a-b (KN/m2) 21.64

R1 9.99

f' a b d' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.11

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 6.45

Dpae 1.38 FS

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

s ult (KN/m2)

Capacidad Portante

Df (m)

C2 (KN/m2)

FS al Deslizamiento Nc

ANÁLISIS DE ESTABILIDAD

(Volcamiento)

S Momento

Estabilizante 13.4

S Momento

Inestabilizante 3.0

No. ALTURA (m) BASE (m) AREA (m2) g (kN/m3) PESO (KN/m)

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

Ka1 = 0.33 Ka2 = 0.45

W1 1.55 0.25 0.39 24.00 9.30 0.53 4.9

W2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

W3 1.55 0.50 0.78 18.00 13.95 0.90 12.6

W4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

W5Pav 2.52 1.15 2.9

Σ 24.3Pah 9.39 0.79 7.37

Σ 7.37

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0.67 9.39 22.00 Xa (m) 0.52 36.83 19.981.78 5.14 B/2 (m) 0.575

0.7 B/6 (m) 0.19

192.67

σ a-b (KN/m2) 30.97

R1 15.25

φ' α β δ' R2 19.11

30 90 0 15.00 Hllave +zarpa 0.93

Et 12.37

0.333 H llave 0.68

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ' = 11.77

Pae 12.36

Df (m)

σ ult (KN/m2)

VALORES DE Ka

Tramo 1910 CIV 19012157

0 Sondeo (s)Q (kN/m2) 10 Sobrecarga

1.8 γ1 (kN/m3) 20 Densidad del suelo de relleno φ1 30 Angulo de fricción interna del material a contener

1.8 γ2 (kN/m3) 20 Densidad del estrato de fundaciónφ2 22 Angulo de fricción interna del estrato de fundación

α 0 Angulo sobrecarga con la Horizontal

Ka1 0.33 Ka2 0.45

Kp1 3.00 Kp2 2.20

σ (KN/m2) 56.07 Esfuerzo capacidad portante

µ 0.5 Coeficiente de fricciòn con el concreto

A 0.2 Aceleración pico efectivaδ(º) 15 Ángulo interacción suelo - muro

Pav(KN/m) 2.5 Componete Vertical del empuje activo 2.0Pah (KN/m) 9.3 Componente horizontal del empuje

W1 1.45 0.25 0.36 24.00 8.70 0.73 6.3

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.45 0.70 1.02 20.00 20.30 1.20 24.4

w4 0.00 0.70 0.00 20.00 0.00 1.32 0.0

w5Pav 2.49 1.55 3.9

Σ 41.7Pah 9.31 0.73 6.82

Σ 6.82

Ƙ1= 0.67 40.79 30.00 Σ=Fverticales 40.79 Max (talón) Min (pié)Ƙ2= 0.67 9.31 22.00 Xa (m) 0.86 18.07 34.56

1.85 5.14 B/2 (m) 0.7751.00 Excentricidad (m) -0.08

0.7 B/6 (m) 0.26

σ a-b (KN/m2) 24.46R1 9.57

φ' α β δ' R2 28.0330 90 0 15.00 Hllave +zarpa 0.61

Et 11.840.333 H llave 0.362.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 12.25

∆pae 2.62 FSh prom 0.664 H-llave

σ ult (KN/m2)

CÁLCULO DE LA LLAVE Cheque al deslizamiento - situación Seudo dinámica Condición Estática

Mononobe - OkabeVALORES DE Ka

FS 3.10Df (m)

FS Volcam iento 6.1Momentos estabilizantes

PESO (KN/m) Brazo (m) ANÁLISIS DE ESTABILIDAD (Volcamiento)

Σ Momento Estabilizante 41.7

Σ Momento Inestabilizante 6.8

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) γ (kN/m3)

Tramo 1910 CIV 19012157

Ka1 0.33 Ka2 0.45

Kp1 3.00 Kp2 2.20

W1 1.25 0.25 0.31 24.00 7.50 0.68 5.1

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.45 0.56 20.00 11.25 1.03 11.5

w4 0.00 0.45 0.00 20.00 0.00 1.10 0.0

w5Pav 1.94 1.25 2.4

Σ 23.7Pah 7.24 0.67 4.83

Σ 4.83

0.7 B/6 (m) 0.21

σ a-b (KN/m2) 21.97R1 8.93

Et 9.380.333 H llave 0.472.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 9.54

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

No. ALTURA (m) BASE (m) AREA (m2) γ (kN/m3) PESO (KN/m)

ANÁLISIS DE ESTABILIDAD (Volcamiento)

Capacidad Portante Requiere llave Nq

FS 3.16Df (m)

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe: Da =Mononobe - Okabe: Ka =

Q (kN/m2) = 10 Sobrecarga

1,8 γγγγ1111 (kN/m3) = 18 Densidad del suelo de relleno

φφφφ1111 = = = = 30 Angulo de fricción interna del material a contener

2,043 γγγγ2222 (kN/m3) = 18 Densidad del estrato de fundación

φφφφ2222 = = = = 22 Angulo de fricción interna del estrato de fundación

1,579 C2222 (kN/m2) = = = = 40,00 Cohesión del estrato de fundación

α =α =α =α = 0 Angulo sobrecarga con la Horizontal

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

σσσσ (KN/m2) = 72,73 Esfuerzo capacidad portante

µµµµ = 0,5 Coeficiente de fricciòn con el concreto

f'c (MPa) = 21,1 Resistencia del concreto

fy (MPa) = 240 Resistencia del acero

A= 0,2 Aceleración pico efectiva

δδδδ(º) 15 ángulo interacción suelo - muro

H (m) 1,60 Altura Total del Muro

h1 (m) 0,25 Espesor de zarpa 0,25

h2 (m) 1,35 Altura del vástago del Muro

B (m) 1,30 Ancho total de zarpa

b1 (m) 0,45 Talón del Muro

b2 (m) 0,25 Ancho del vástago del muro.

b3 (m) 0,60 Pie del muro

Pa (KN/m) 7,7 Empuje activo

Pav(KN/m) 2,0 Componete Vertical del empuje activo 2,0

Pah (KN/m) 7,4 Componente horizontal del empuje

h´ (m) 0,6 Altura equivalente por sobrecarga aplicada

KN-m KN-m

W1 1,35 0,25 0,34 24,00 8,10 0,58 4,7

W2 0,25 1,30 0,33 24,00 7,80 0,65 5,1

W3 1,35 0,60 0,81 18,00 14,58 1,00 14,6

W4 0,00 0,60 0,00 18,00 0,00 1,10 0,0

Pav 1,99 1,30 2,6

ΣΣΣΣ 26,9

Pah 7,42 0,72 5,33

ΣΣΣΣ 5,33

FS Volcamiento FS Volcamiento FS Volcamiento FS Volcamiento 5,0Momentos estabilizantes

PESO (KN/m) Brazo (m)ANÁLISIS DE ESTABILIDAD (Volcamiento)

ΣΣΣΣ=Momento Estabilizante

ΣΣΣΣ=Momento Inestabilizante

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) γγγγ (kN/m3)

Σ=MNeto(KN-m) 21,56

Ƙ 1= 0,67 32,47 40,00 Σ=Fverticales 32,47 Max (talón) Min (pié)

Ƙ 2= 0,67 7,42 22,00 Xa (m) 0,66 23,35 26,60

1,97 5,14 B/2 (m) 0,65

1,00 Excentricidad (m) -0,01

0,7 B/6 (m) 0,22

σσσσ a-b (KN/m2) 24,48

R1 10,76

φ' α β δ' R2 21,71

30 90 0 15,00 Hllave +zarpa 0,64

Et 9,97

0,333 H llave 0,39

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 9,77

∆∆∆∆pae 2,09 FS

h prom 0,625 H-llave

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Requiere llave NqFSFSFSFS 3,113,113,113,11

Df (m)

C2 (KN/m2)

φ (º) Estrato de fundación

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,65 0,25 0,41 24,00 9,90 0,68 6,7

W2 0,25 1,60 0,40 24,00 9,60 0,80 7,7

W3 1,65 0,80 1,32 18,00 23,76 1,20 28,5

W4 0,00 0,80 0,00 18,00 0,00 1,33 0,0

Pav 2,80 1,60 4,5

ΣΣΣΣ 47,4

Pah 10,46 0,82 8,56

ΣΣΣΣ 8,56

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) γγγγ (kN/m3) PESO (KN/m) Brazo (m)ANÁLISIS DE ESTABILIDAD (Volcamiento)

Ƙ 2= 0,67 10,46 22,00 Xa (m) 0,84 24,23 33,35

1,86 5,14 B/2 (m) 0,8

0,7 B/6 (m) 0,27

R1 11,61

φ' α β δ' R2 31,88

30 90 0 15,00 Hllave +zarpa 0,68

Et 13,67

0,333 H llave 0,43

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 13,78

∆∆∆∆pae 2,95 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,45 0,25 0,36 24,00 8,70 0,58 5,0

W2 0,25 1,10 0,28 24,00 6,60 0,55 3,6

W3 1,45 0,40 0,58 18,00 10,44 0,90 9,4

W4 0,00 0,40 0,00 18,00 0,00 0,97 0,0

Pav 2,24 1,10 2,5

ΣΣΣΣ 20,5

Pah 8,37 0,75 6,30

ΣΣΣΣ 6,30

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 8,37 22,00 Xa (m) 0,51 31,34 19,54

1,63 5,14 B/2 (m) 0,55

1,00 Excentricidad (m) 0,04

0,7 B/6 (m) 0,18

226,93

R1 13,02

φ' α β δ' R2 14,97

30 90 0 15,00 Hllave +zarpa 0,98

Et 11,14

0,333 H llave 0,73

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 11,03

∆∆∆∆pae 2,36 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,65 0,25 0,41 24,00 9,90 0,53 5,2

W2 0,25 1,15 0,29 24,00 6,90 0,58 4,0

W3 1,65 0,50 0,83 18,00 14,85 0,90 13,4

W4 0,00 0,50 0,00 18,00 0,00 0,98 0,0

Pav 2,80 1,15 3,2

ΣΣΣΣ 25,8

Pah 10,46 0,82 8,56

ΣΣΣΣ 8,56

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 10,46 22,00 Xa (m) 0,50 41,84 18,07

1,73 5,14 B/2 (m) 0,575

0,7 B/6 (m) 0,19

226,93

R1 16,97

φ' α β δ' R2 19,37

30 90 0 15,00 Hllave +zarpa 1,02

Et 13,67

0,333 H llave 0,77

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 13,78

∆∆∆∆pae 2,95 FS

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,75 0,25 0,44 24,00 10,50 0,53 5,5

W2 0,25 1,25 0,31 24,00 7,50 0,63 4,7

W3 1,75 0,60 1,05 18,00 18,90 0,95 18,0

W4 0,00 0,60 0,00 18,00 0,00 1,05 0,0

Pav 3,11 1,25 3,9

ΣΣΣΣ 32,0

Pah 11,59 0,85 9,87

ΣΣΣΣ 9,87

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 11,59 22,00 Xa (m) 0,55 42,91 21,10

1,78 5,14 B/2 (m) 0,625

0,7 B/6 (m) 0,21

226,93

R1 17,74

φ' α β δ' R2 24,24

30 90 0 15,00 Hllave +zarpa 0,98

Et 15,02

0,333 H llave 0,73

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 15,26

∆∆∆∆pae 3,26 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,85 0,25 0,46 24,00 11,10 0,63 6,9

W2 0,25 1,30 0,33 24,00 7,80 0,65 5,1

W3 1,85 0,55 1,02 18,00 18,32 1,03 18,8

W4 0,00 0,55 0,00 18,00 0,00 1,12 0,0

Pav 3,42 1,30 4,5

ΣΣΣΣ 35,2

Pah 12,78 0,89 11,31

ΣΣΣΣ 11,31

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 12,78 22,00 Xa (m) 0,59 40,12 22,40

1,50 5,14 B/2 (m) 0,65

0,7 B/6 (m) 0,22

226,93

R1 16,52

φ' α β δ' R2 22,28

30 90 0 15,00 Hllave +zarpa 1,13

Et 16,43

0,333 H llave 0,88

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 16,83

∆∆∆∆pae 3,60 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,95 0,25 0,49 24,00 11,70 0,98 11,4

W2 0,25 1,60 0,40 24,00 9,60 0,80 7,7

W3 1,95 0,50 0,98 18,00 17,55 1,35 23,7

W4 0,00 0,50 0,00 18,00 0,00 1,43 0,0

Pav 3,76 1,60 6,0

ΣΣΣΣ 48,8

Pah 14,03 0,92 12,88

ΣΣΣΣ 12,88

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 14,03 22,00 Xa (m) 0,84 22,36 30,91

1,11 5,14 B/2 (m) 0,8

0,7 B/6 (m) 0,27

226,93

R1 11,08

φ' α β δ' R2 21,68

30 90 0 15,00 Hllave +zarpa 1,19

Et 17,91

0,333 H llave 0,94

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 18,47

∆∆∆∆pae 3,95 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

SEGMENTO 19009419 10 de 18

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

h2 (m) 2,05

KN-m KN-m

W1 2,05 0,25 0,51 24,00 12,30 0,88 10,8

W2 0,25 1,95 0,49 24,00 11,70 0,98 11,4

W3 2,05 0,95 1,95 18,00 35,06 1,48 51,7

W4 0,00 0,95 0,00 18,00 0,00 1,63 0,0

Pav 4,11 1,95 8,0

ΣΣΣΣ 81,9

Pah 15,33 0,95 14,59

ΣΣΣΣ 14,59

DATOS GENERALES

PREDIMENSIONAMIENTO

SEGMENTO 19009419 11 de 18

Ƙ 2= 0,67 15,33 22,00 Xa (m) 1,07 23,38 41,40

1,62 5,14 B/2 (m) 0,975

0,7 B/6 (m) 0,33

226,93

R1 12,08

φ' α β δ' R2 43,03

30 90 0 15,00 Hllave +zarpa 0,84

Et 19,44

0,333 H llave 0,59

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 20,19

∆∆∆∆pae 4,32 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

SEGMENTO 19009419 12 de 18

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 2,15 0,25 0,54 24,00 12,90 0,63 8,1

W2 0,25 1,45 0,36 24,00 8,70 0,73 6,3

W3 2,15 0,70 1,51 18,00 27,09 1,10 29,8

W4 0,00 0,70 0,00 18,00 0,00 1,22 0,0

Pav 4,47 1,45 6,5

ΣΣΣΣ 50,7

Pah 16,69 0,99 16,44

ΣΣΣΣ 16,44

DATOS GENERALES

PREDIMENSIONAMIENTO

SEGMENTO 19009419 13 de 18

Ƙ 2= 0,67 16,69 22,00 Xa (m) 0,64 49,03 24,30

1,52 5,14 B/2 (m) 0,725

0,7 B/6 (m) 0,24

226,93

R1 20,14

φ' α β δ' R2 30,78

30 90 0 15,00 Hllave +zarpa 1,19

Et 21,03

0,333 H llave 0,94

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 21,98

∆∆∆∆pae 4,70 FS

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

SEGMENTO 19009419 14 de 18

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 2,25 0,25 0,56 24,00 13,50 0,98 13,2

W2 0,25 2,10 0,53 24,00 12,60 1,05 13,2

W3 2,25 1,00 2,25 18,00 40,50 1,60 64,8

W4 0,00 1,00 0,00 18,00 0,00 1,77 0,0

Pav 4,85 2,10 10,2

ΣΣΣΣ 101,4

Pah 18,11 1,02 18,45

ΣΣΣΣ 18,45

DATOS GENERALES

PREDIMENSIONAMIENTO

SEGMENTO 19009419 15 de 18

Ƙ 2= 0,67 18,11 22,00 Xa (m) 1,16 23,26 44,79

1,51 5,14 B/2 (m) 1,05

0,7 B/6 (m) 0,35

226,93

R1 12,43

φ' α β δ' R2 47,98

30 90 0 15,00 Hllave +zarpa 0,93

Et 22,69

0,333 H llave 0,68

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 23,85

∆∆∆∆pae 5,10 FS

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

SEGMENTO 19009419 16 de 18

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 2,55 0,25 0,64 24,00 15,30 1,13 17,2

W2 0,25 2,35 0,59 24,00 14,10 1,18 16,6

W3 2,55 1,10 2,81 18,00 50,49 1,80 90,9

W4 0,00 1,10 0,00 18,00 0,00 1,98 0,0

Pav 6,09 2,35 14,3

ΣΣΣΣ 139,0

Pah 22,72 1,12 25,41

ΣΣΣΣ 25,41

DATOS GENERALES

PREDIMENSIONAMIENTO

SEGMENTO 19009419 17 de 18

Ƙ 2= 0,67 22,72 22,00 Xa (m) 1,32 22,97 50,20

1,40 5,14 B/2 (m) 1,175

0,7 B/6 (m) 0,39

226,93

R1 12,94

φ' α β δ' R2 57,21

30 90 0 15,00 Hllave +zarpa 1,02

Et 28,01

0,333 H llave 0,77

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 29,92

∆∆∆∆pae 6,40 FS

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

SEGMENTO 19009419 18 de 18

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,55 0,25 0,39 24,00 9,30 0,53 4,9

W2 0,25 1,15 0,29 24,00 6,90 0,58 4,0

W3 1,55 0,50 0,78 18,00 13,95 0,90 12,6

W4 0,00 0,50 0,00 18,00 0,00 0,98 0,0

Pav 2,52 1,15 2,9

ΣΣΣΣ 24,3

Pah 9,39 0,79 7,37

ΣΣΣΣ 7,37

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 9,39 22,00 Xa (m) 0,52 36,83 19,98

1,78 5,14 B/2 (m) 0,575

0,7 B/6 (m) 0,19

346,87

R1 15,25

φ' α β δ' R2 19,11

30 90 0 15,00 Hllave +zarpa 0,93

Et 12,37

0,333 H llave 0,68

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 12,36

∆∆∆∆pae 2,64 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 1,65 0,25 0,41 24,00 9,90 0,53 5,2

W2 0,25 1,15 0,29 24,00 6,90 0,58 4,0

W3 1,65 0,50 0,83 18,00 14,85 0,90 13,4

W4 0,00 0,50 0,00 18,00 0,00 0,98 0,0

Pav 2,80 1,15 3,2

ΣΣΣΣ 25,8

Pah 10,46 0,82 8,56

ΣΣΣΣ 8,56

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 10,46 22,00 Xa (m) 0,50 41,84 18,07

1,73 5,14 B/2 (m) 0,575

0,7 B/6 (m) 0,19

346,87

R1 16,97

φ' α β δ' R2 19,37

30 90 0 15,00 Hllave +zarpa 1,02

Et 13,67

0,333 H llave 0,77

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 13,78

∆∆∆∆pae 2,95 FS

Coulomb: Ka =

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

Muro de Altura 2,30 m

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 2,05 0,25 0,51 24,00 12,30 1,03 12,6

W2 0,25 1,65 0,41 24,00 9,90 0,83 8,2

W3 2,05 0,50 1,03 18,00 18,45 1,40 25,8

W4 0,00 0,50 0,00 18,00 0,00 1,48 0,0

Pav 4,11 1,65 6,8

ΣΣΣΣ 53,4

Pah 15,33 0,95 14,59

ΣΣΣΣ 14,59

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 15,33 22,00 Xa (m) 0,87 23,01 31,24

1,05 5,14 B/2 (m) 0,825

0,7 B/6 (m) 0,28

346,87

R1 11,37

φ' α β δ' R2 22,03

30 90 0 15,00 Hllave +zarpa 1,25

Et 19,44

0,333 H llave 1,00

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 20,19

∆∆∆∆pae 4,32 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 = 0,33 Ka2 = 0,45

Kp1 = 3,00 Kp2 = 2,20

KN-m KN-m

W1 2,55 0,25 0,64 24,00 15,30 1,23 18,7

W2 0,25 1,85 0,46 24,00 11,10 0,93 10,3

W3 2,55 0,50 1,28 18,00 22,95 1,60 36,7

W4 0,00 0,50 0,00 18,00 0,00 1,68 0,0

Pav 6,09 1,85 11,3

ΣΣΣΣ 77,0

Pah 22,72 1,12 25,41

ΣΣΣΣ 25,41

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0,67 22,72 22,00 Xa (m) 0,93 29,44 30,49

0,80 5,14 B/2 (m) 0,925

0,7 B/6 (m) 0,31

346,87

R1 13,39

φ' α β δ' R2 22,71

30 90 0 15,00 Hllave +zarpa 1,54

Et 28,01

0,333 H llave 1,29

a h (g)= 0,2 a v (g)= 0,04

ψψψψ' = 11,77

Pae 29,92

∆∆∆∆pae 6,40 FS

C2 (KN/m2)

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s) S12-S13

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

Pav 11.21 3.65 40.9

S 452.0

Pah 41.84 1.45 60.75

S 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

s a-b (KN/m2) 43.76

R1 15.12

f' a b d' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.59

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 55.10

Dpae 11.78 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 452.0

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

Pav 4.85 2.30 11.2

S 122.8

Pah 18.11 1.02 18.45

S 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

s a-b (KN/m2) 31.71

R1 12.10

f' a b d' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.43

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 23.85

Dpae 5.10 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 122.8

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

Et 4.19

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

#¡NUM!

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

Pav 1.31 1.00 1.3

S 13.4

Pah 4.90 0.62 3.03

S 3.03

S=MNeto(KN-m) 10.32

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

s a-b (KN/m2) 21.64

R1 9.99

f' a b d' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.11

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 6.45

Dpae 1.38 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

(Volcamiento)

S Momento

Estabilizante 13.4

S Momento

Inestabilizante 3.0

C2 (KN/m2)

Capacidad Portante

Df (m)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

s ult (KN/m2)

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

Et 4.19

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

#¡NUM!

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

Et 4.19

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

#¡NUM!

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

Pav 1.31 1.00 1.3

S 13.4

Pah 4.90 0.62 3.03

S 3.03

S=MNeto(KN-m) 10.32

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

s a-b (KN/m2) 21.64

R1 9.99

f' a b d' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.11

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 6.45

Dpae 1.38 FS

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

s ult (KN/m2)

Capacidad Portante

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 13.4

S Momento

Inestabilizante 3.0

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

Pav 11.21 3.65 40.9

S 452.0

Pah 41.84 1.45 60.75

S 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

s a-b (KN/m2) 43.76

R1 15.12

f' a b d' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.59

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 55.10

Dpae 11.78 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 452.0

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.95 0.25 0.49 24.00 11.70 0.83 9.7

w2 0.25 1.85 0.46 24.00 11.10 0.93 10.3

w3 1.95 0.90 1.76 18.00 31.59 1.40 44.2

w4 0.00 0.90 0.00 18.00 0.00 1.55 0.0

Pav 3.76 1.85 7.0

S 71.1

Pah 14.03 0.92 12.88

S 12.88

S=MNeto(KN-m) 58.22

Ƙ 2= 0.67 14.03 30.00 Xa (m) 1.00 23.67 39.20

1.65 5.14 B/2 (m) 0.925

0.5 B/6 (m) 0.31

s a-b (KN/m2) 29.54

R1 11.97

f' a b d' R2 39.52

30 90 0 15.00 Hllave +zarpa 0.74

Et 17.91

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 18.47

Dpae 3.95 FS

Coulomb: Ka =

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

C2 (KN/m2)

(Volcamiento)

S Momento

Estabilizante 71.1

S Momento

DATOS GENERALES

PREDIMENSIONAMIENTO

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

Pav 4.85 2.30 11.2

S 122.8

Pah 18.11 1.02 18.45

S 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

s a-b (KN/m2) 31.71

R1 12.10

f' a b d' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.43

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 23.85

Dpae 5.10 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 122.8

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

Et 4.19

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

#¡NUM!

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

0 Sondeo (s)

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

Pav 1.31 1.00 1.3

S 13.4

Pah 4.90 0.62 3.03

S 3.03

S=MNeto(KN-m) 10.32

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

s a-b (KN/m2) 21.64

R1 9.99

f' a b d' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.11

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 6.45

Dpae 1.38 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

(Volcamiento)

S Momento

Estabilizante 13.4

S Momento

Inestabilizante 3.0

C2 (KN/m2)

Capacidad Portante

Df (m)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

s ult (KN/m2)

Tramo 1901 CIV 19012163

Ka1 0.33 Ka2 0.45

Kp1 3.00 Kp2 2.20

W1 1.45 0.25 0.36 24.00 8.70 0.73 6.3

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.45 0.70 1.02 20.00 20.30 1.20 24.4

w4 0.00 0.70 0.00 20.00 0.00 1.32 0.0

w5Pav 2.49 1.55 3.9

Σ 41.7Pah 9.31 0.73 6.82

Σ 6.82

0.7 B/6 (m) 0.26

σ a-b (KN/m2) 24.46R1 9.57

Et 11.840.333 H llave 0.362.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 12.25

DATOS GENERALES

PREDIMENSIONAMIENTO

No. ALTURA (m) BASE (m) AREA (m2) γ (kN/m3) PESO (KN/m) Brazo (m) ANÁLISIS DE ESTABILIDAD (Volcamiento)

FS 3.10Df (m)

σ ult (KN/m2)

Tramo 1901 CIV 19012163

Ka1 0.33 Ka2 0.45

Kp1 3.00 Kp2 2.20

W1 1.25 0.25 0.31 24.00 7.50 0.68 5.1

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.45 0.56 20.00 11.25 1.03 11.5

w4 0.00 0.45 0.00 20.00 0.00 1.10 0.0

w5Pav 1.94 1.25 2.4

Σ 23.7Pah 7.24 0.67 4.83

Σ 4.83

0.7 B/6 (m) 0.21

σ a-b (KN/m2) 21.97R1 8.93

Et 9.380.333 H llave 0.472.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 9.54

Coulomb: Ka =

σ ult (KN/m2)

Capacidad Portante Requiere llave Nq

FS 3.16Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

MURO DE 1.80 m DE ALTURA

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00σ (KN/m2) 71.53 Esfuerzo capacidad portante

μ 0.5 Coeficiente de fricciòn con el concreto

W1 1.50 0.30 0.45 24.00 10.80 0.75 8.1

w2 0.30 1.60 0.48 24.00 11.52 0.80 9.2

w3 1.50 0.70 1.05 18.00 18.90 1.25 23.6

w4 0.00 0.70 0.00 18.00 0.00 1.37 0.0

w5Pav 2.52 1.60 4.0

Σ 45.0

Pah 9.39 0.79 7.37

Σ 7.37

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.86 21.23 33.44

2.00 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

σ a-b (KN/m2) 25.81

R1 10.58

φ' α β δ' R2 29.62

30 90 0 15.00 Hllave +zarpa 0.42

Et 11.75

0.333 H llave 0.122.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 12.36

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

Ka1 0.33 Ka2 0.33

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

w5Pav 3.11 1.65 5.1

Σ 51.6

Pah 11.59 0.85 9.87

Σ 9.87

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

σ a-b (KN/m2) 27.26

R1 11.17

φ' α β δ' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.492.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 15.26

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

MURO DE 2.40 DE ALTURA

Ka1 0.33 Ka2 0.33

W1 2.15 0.25 0.54 24.00 12.90 1.03 13.2

w2 0.25 2.15 0.54 24.00 12.90 1.08 13.9

w3 2.15 1.00 2.15 18.00 38.70 1.65 63.9

w4 0.00 1.00 0.00 18.00 0.00 1.82 0.0

w5Pav 4.47 2.15 9.6

Σ 100.6

Pah 16.69 0.99 16.44

Σ 16.44

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.22 19.14 45.02

1.54 5.14 B/2 (m) 1.075

0.5 B/6 (m) 0.36

σ a-b (KN/m2) 29.97

R1 11.05

φ' α β δ' R2 46.87

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.552.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 21.98

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

Ka1 0.33 Ka2 0.33

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.25 0.95 2.14 18.00 38.48 1.58 60.6

w4 0.00 0.95 0.00 18.00 0.00 1.73 0.0

w5Pav 4.85 2.05 9.9

Σ 96.3

Pah 18.11 1.02 18.45

Σ 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.13 23.71 43.73

1.45 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

σ a-b (KN/m2) 32.01

R1 12.54

φ' α β δ' R2 45.45

30 90 0 15.00 Hllave +zarpa 0.91

Et 22.69

0.333 H llave 0.662.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 23.85

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

Ka1 0.33 Ka2 0.33

W1 2.35 0.25 0.59 24.00 14.10 1.03 14.5

w2 0.25 2.15 0.54 24.00 12.90 1.08 13.9

w3 2.35 1.00 2.35 18.00 42.30 1.65 69.8

w4 0.00 1.00 0.00 18.00 0.00 1.82 0.0

w5Pav 5.25 2.15 11.3

Σ 109.4

Pah 19.59 1.05 20.60

Σ 20.60

Ƙ 2= 0.67 19.59 30.00 Xa (m) 1.19 23.44 45.91

1.43 5.14 B/2 (m) 1.075

0.5 B/6 (m) 0.36

σ a-b (KN/m2) 32.84

R1 12.66

φ' α β δ' R2 49.22

30 90 0 15.00 Hllave +zarpa 0.93

Et 24.40

0.333 H llave 0.682.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 25.80

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

Ka1 0.33 Ka2 0.33

W1 3.05 0.25 0.76 24.00 18.30 1.33 24.2

w2 0.25 2.85 0.71 24.00 17.10 1.43 24.4

w3 3.05 1.40 4.27 18.00 76.86 2.15 165.2

w4 0.00 1.40 0.00 18.00 0.00 2.38 0.0

w5Pav 8.46 2.85 24.1

Σ 238.0

Pah 31.56 1.29 40.56

Σ 40.56

Ƙ 2= 0.67 31.56 30.00 Xa (m) 1.64 23.60 61.11

1.39 5.14 B/2 (m) 1.425

0.5 B/6 (m) 0.48

σ a-b (KN/m2) 39.40

R1 14.17

φ' α β δ' R2 82.92

30 90 0 15.00 Hllave +zarpa 1.02

Et 38.07

0.333 H llave 0.772.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 41.56

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1908

Ka1 0.33 Ka2 0.33

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

w5Pav 0.78 0.95 0.7

Σ 9.4

Pah 2.90 0.52 1.50

Σ 1.50

Σ=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

σ a-b (KN/m2) 16.93

R1 7.50

φ' α β δ' R2 11.38

Et 4.19

0.333 H llave #¡NUM!2.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 3.82

#¡NUM!

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

w5Pav 1.12 0.90 1.0

Σ 10.2

Pah 4.17 0.59 2.44

Σ 2.44

Σ=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

σ a-b (KN/m2) 21.30

R1 10.07

φ' α β δ' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.102.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 5.50

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

w5Pav 1.31 1.00 1.3

Σ 13.4

Pah 4.90 0.62 3.03

Σ 3.03

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

σ a-b (KN/m2) 21.64

R1 9.99

φ' α β δ' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.112.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 6.45

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

σ ult (KN/m2)

Capacidad Portante

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

w5Pav 1.52 1.15 1.8

Σ 18.7

Pah 5.68 0.65 3.70

Σ 3.70

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

σ a-b (KN/m2) 22.06

R1 9.79

φ' α β δ' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.132.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 7.48

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

w5Pav 1.75 1.25 2.2

Σ 23.2

Pah 6.52 0.69 4.47

Σ 4.47

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

σ a-b (KN/m2) 22.67

R1 9.84

φ' α β δ' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.212.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 8.59

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

w5Pav 3.11 1.65 5.1

Σ 51.6

Pah 11.59 0.85 9.87

Σ 9.87

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

σ a-b (KN/m2) 27.26

R1 11.17

φ' α β δ' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.492.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 15.26

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

w5Pav 3.42 1.80 6.2

Σ 64.9

Pah 12.78 0.89 11.31

Σ 11.31

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

σ a-b (KN/m2) 28.73

R1 11.76

φ' α β δ' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.402.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 16.83

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

w5Pav 4.11 1.90 7.8

Σ 77.6

Pah 15.33 0.95 14.59

Σ 14.59

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

σ a-b (KN/m2) 30.37

R1 12.19

φ' α β δ' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.572.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 20.19

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

w5Pav 4.47 2.05 9.2

Σ 93.7

Pah 16.69 0.99 16.44

Σ 16.44

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

σ a-b (KN/m2) 31.11

R1 12.20

φ' α β δ' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.552.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 21.98

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

w5Pav 6.09 2.60 15.8

Σ 174.6

Pah 22.72 1.12 25.41

Σ 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

σ a-b (KN/m2) 34.73

R1 13.06

φ' α β δ' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.462.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 29.92

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

w5Pav 4.85 2.30 11.2

Σ 122.8

Pah 18.11 1.02 18.45

Σ 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

σ a-b (KN/m2) 31.71

R1 12.10

φ' α β δ' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.432.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 23.85

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

w5Pav 7.46 2.75 20.5

Σ 211.4

Pah 27.85 1.22 33.93

Σ 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

σ a-b (KN/m2) 37.52

R1 13.71

φ' α β δ' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.652.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 36.67

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 3.00 0.30 0.90 24.00 21.60 1.40 30.2

w2 0.30 2.90 0.87 24.00 20.88 1.45 30.3

w3 3.00 1.35 4.05 18.00 72.90 2.23 162.2

w4 0.00 1.35 0.00 18.00 0.00 2.45 0.0

w5Pav 8.46 2.90 24.5

Σ 247.2

Pah 31.56 1.29 40.56

Σ 40.56

Ƙ 2= 0.67 31.56 30.00 Xa (m) 1.67 23.35 62.05

1.45 5.14 B/2 (m) 1.45

0.5 B/6 (m) 0.48

σ a-b (KN/m2) 40.03

R1 14.26

φ' α β δ' R2 84.22

30 90 0 15.00 Hllave +zarpa 0.95

Et 37.00

0.333 H llave 0.652.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 41.56

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

w5Pav 2.24 1.45 3.3

Σ 35.1

Pah 8.37 0.75 6.30

Σ 6.30

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

σ a-b (KN/m2) 24.99

R1 10.66

φ' α β δ' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.242.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 11.03

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

w5Pav 11.21 3.65 40.9

Σ 452.0

Pah 41.84 1.45 60.75

Σ 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

σ a-b (KN/m2) 43.76

R1 15.12

φ' α β δ' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.592.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 55.10

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

w5Pav 2.80 1.55 4.3

Σ 43.7

Pah 10.46 0.82 8.56

Σ 8.56

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

σ a-b (KN/m2) 26.51

R1 11.08

φ' α β δ' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.452.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 13.78

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

w5Pav 1.99 1.30 2.6

Σ 26.9

Pah 7.42 0.72 5.33

Σ 5.33

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

σ a-b (KN/m2) 24.48

R1 10.76

φ' α β δ' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.252.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 9.77

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Ka1 0.33 Ka2 0.33

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

w5Pav 2.52 1.60 4.0

Σ 45.4

Pah 9.39 0.79 7.37

Σ 7.37

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

σ a-b (KN/m2) 26.53

R1 11.31

φ' α β δ' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.122.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 12.36

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1914

Muro de 2.00 m de Altura

Ka1 0.33 Ka2 0.33

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

w5Pav 3.11 1.65 5.1

Σ 51.6

Pah 11.59 0.85 9.87

Σ 9.87

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

σ a-b (KN/m2) 27.26

R1 11.17

φ' α β δ' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.492.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 15.26

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 3.00 0.30 0.90 24.00 21.60 1.40 30.2

w2 0.30 2.90 0.87 24.00 20.88 1.45 30.3

w3 3.00 1.35 4.05 18.00 72.90 2.23 162.2

w4 0.00 1.35 0.00 18.00 0.00 2.45 0.0

w5Pav 8.46 2.90 24.5

Σ 247.2

Pah 31.56 1.29 40.56

Σ 40.56

Ƙ 2= 0.67 31.56 30.00 Xa (m) 1.67 23.35 62.05

1.45 5.14 B/2 (m) 1.45

0.5 B/6 (m) 0.48

σ a-b (KN/m2) 40.03

R1 14.26

φ' α β δ' R2 84.22

30 90 0 15.00 Hllave +zarpa 0.95

Et 37.00

0.333 H llave 0.652.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 41.56

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Df (m)

DATOS GENERALES

PREDIMENSIONAMIENTO

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

w5Pav 7.46 2.75 20.5

Σ 211.4

Pah 27.85 1.22 33.93

Σ 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

σ a-b (KN/m2) 37.52

R1 13.71

φ' α β δ' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.652.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 36.67

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

w5Pav 11.21 3.65 40.9

Σ 452.0

Pah 41.84 1.45 60.75

Σ 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

σ a-b (KN/m2) 43.76

R1 15.12

φ' α β δ' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.592.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 55.10

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

w5Pav 6.09 2.60 15.8

Σ 174.6

Pah 22.72 1.12 25.41

Σ 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

σ a-b (KN/m2) 34.73

R1 13.06

φ' α β δ' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.462.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 29.92

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

w5Pav 4.85 2.30 11.2

Σ 122.8

Pah 18.11 1.02 18.45

Σ 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

σ a-b (KN/m2) 31.71

R1 12.10

φ' α β δ' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.432.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 23.85

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

w5Pav 4.11 1.90 7.8

Σ 77.6

Pah 15.33 0.95 14.59

Σ 14.59

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

σ a-b (KN/m2) 30.37

R1 12.19

φ' α β δ' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.572.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 20.19

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

w5Pav 3.42 1.80 6.2

Σ 64.9

Pah 12.78 0.89 11.31

Σ 11.31

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

σ a-b (KN/m2) 28.73

R1 11.76

φ' α β δ' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.402.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 16.83

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

w5Pav 4.47 2.05 9.2

Σ 93.7

Pah 16.69 0.99 16.44

Σ 16.44

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

σ a-b (KN/m2) 31.11

R1 12.20

φ' α β δ' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.552.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 21.98

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

w5Pav 2.80 1.55 4.3

Σ 43.7

Pah 10.46 0.82 8.56

Σ 8.56

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

σ a-b (KN/m2) 26.51

R1 11.08

φ' α β δ' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.452.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 13.78

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

w5Pav 1.99 1.30 2.6

Σ 26.9

Pah 7.42 0.72 5.33

Σ 5.33

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

σ a-b (KN/m2) 24.48

R1 10.76

φ' α β δ' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.252.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 9.77

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

w5Pav 2.24 1.45 3.3

Σ 35.1

Pah 8.37 0.75 6.30

Σ 6.30

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

σ a-b (KN/m2) 24.99

R1 10.66

φ' α β δ' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.242.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 11.03

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

w5Pav 2.52 1.60 4.0

Σ 45.4

Pah 9.39 0.79 7.37

Σ 7.37

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

σ a-b (KN/m2) 26.53

R1 11.31

φ' α β δ' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.122.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 12.36

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

w5Pav 0.78 0.95 0.7

Σ 9.4

Pah 2.90 0.52 1.50

Σ 1.50

Σ=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

σ a-b (KN/m2) 16.93

R1 7.50

φ' α β δ' R2 11.38

Et 4.19

0.333 H llave #¡NUM!2.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 3.82

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

#¡NUM!

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

w5Pav 1.52 1.15 1.8

Σ 18.7

Pah 5.68 0.65 3.70

Σ 3.70

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

σ a-b (KN/m2) 22.06

R1 9.79

φ' α β δ' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.132.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 7.48

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

w5Pav 1.75 1.25 2.2

Σ 23.2

Pah 6.52 0.69 4.47

Σ 4.47

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

σ a-b (KN/m2) 22.67

R1 9.84

φ' α β δ' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.212.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 8.59

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

w5Pav 1.12 0.90 1.0

Σ 10.2

Pah 4.17 0.59 2.44

Σ 2.44

Σ=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

σ a-b (KN/m2) 21.30

R1 10.07

φ' α β δ' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.102.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 5.50

DATOS GENERALES

PREDIMENSIONAMIENTO

Df (m)

σ ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

TRAMO 1917

Ka1 0.33 Ka2 0.33

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

w5Pav 1.31 1.00 1.3

Σ 13.4

Pah 4.90 0.62 3.03

Σ 3.03

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

σ a-b (KN/m2) 21.64

R1 9.99

φ' α β δ' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.112.2430.442

a h (g)= 0.2 a v (g)= 0.04

ψ ' = 11.77

Pae 6.45

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

Capacidad Portante

Df (m)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

σ ult (KN/m2)

TRAMO 1917

Ka1 = 0.33 Ka2 = 0.45

W1 1.25 0.25 0.31 24.00 7.50 0.53 3.9

W2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

W3 1.25 0.60 0.75 18.00 13.50 0.95 12.8

W4 0.00 0.60 0.00 18.00 0.00 1.05 0.0

W5Pav 1.75 1.25 2.2

Σ 23.6Pah 6.52 0.69 4.47

Σ 4.47

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0.67 6.52 22.00 Xa (m) 0.63 23.19 25.202.16 5.14 B/2 (m) 0.625

0.7 B/6 (m) 0.21

σ a-b (KN/m2) 23.84

R1 10.58

φ' α β δ' R2 20.84

30 90 0 15.00 Hllave +zarpa 0.57

Et 8.85

0.333 H llave 0.32

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ ' = 11.77

FS al Deslizamiento Nc Capacidad Portante No requiere llave Nq

FS 3.11Df (m)

σ ult (KN/m2)

VALORES DE Ka

Ka1 = 0.33 Ka2 = 0.45

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

W2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

W3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

W4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

W5Pav 2.24 1.45 3.3

Σ 35.1Pah 8.37 0.75 6.30

Σ 6.30

DATOS GENERALES

PREDIMENSIONAMIENTO

Ƙ 2= 0.67 8.37 22.00 Xa (m) 0.76 22.40 29.891.95 5.14 B/2 (m) 0.725

0.7 B/6 (m) 0.24

σ a-b (KN/m2) 24.99

R1 10.66

φ' α β δ' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.62

Et 11.14

0.333 H llave 0.37

2.2430.442

a h (g)= 0.2 a v (g)= 0.04ψ ' = 11.77

FS 3.25Df (m)

σ ult (KN/m2)

VALORES DE Ka

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.55 0.25 0.64 24.00 15.30 1.08 16.4

w2 0.25 2.60 0.65 24.00 15.60 1.30 20.3

w3 2.55 1.40 3.57 18.00 64.26 1.90 122.1

w4 0.00 1.40 0.00 18.00 0.00 2.13 0.0

Pav 6.09 2.60 15.8

S 174.6

Pah 22.72 1.12 25.41

S 25.41

Ƙ 2= 0.67 22.72 30.00 Xa (m) 1.47 23.31 54.58

1.70 5.14 B/2 (m) 1.3

0.5 B/6 (m) 0.43

s a-b (KN/m2) 34.73

R1 13.06

f' a b d' R2 73.68

30 90 0 15.00 Hllave +zarpa 0.71

Et 28.01

0.333 H llave 0.46

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 29.92

Dpae 6.40 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 174.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.85 0.25 0.71 24.00 17.10 1.23 20.9

w2 0.25 2.75 0.69 24.00 16.50 1.38 22.7

w3 2.85 1.40 3.99 18.00 71.82 2.05 147.2

w4 0.00 1.40 0.00 18.00 0.00 2.28 0.0

Pav 7.46 2.75 20.5

S 211.4

Pah 27.85 1.22 33.93

S 33.93

Ƙ 2= 0.67 27.85 30.00 Xa (m) 1.57 23.40 58.69

1.50 5.14 B/2 (m) 1.375

0.5 B/6 (m) 0.46

s a-b (KN/m2) 37.52

R1 13.71

f' a b d' R2 79.38

30 90 0 15.00 Hllave +zarpa 0.90

Et 33.87

0.333 H llave 0.65

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 36.67

Dpae 7.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 211.4

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 3.55 0.25 0.89 24.00 21.30 1.53 32.5

w2 0.25 3.65 0.91 24.00 21.90 1.83 40.0

w3 3.55 2.00 7.10 18.00 127.80 2.65 338.7

w4 0.00 2.00 0.00 18.00 0.00 2.98 0.0

Pav 11.21 3.65 40.9

S 452.0

Pah 41.84 1.45 60.75

S 60.75

Ƙ 2= 0.67 41.84 30.00 Xa (m) 2.15 23.46 76.38

1.61 5.14 B/2 (m) 1.825

0.5 B/6 (m) 0.61

s a-b (KN/m2) 43.76

R1 15.12

f' a b d' R2 135.16

30 90 0 15.00 Hllave +zarpa 0.84

Et 49.64

0.333 H llave 0.59

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 55.10

Dpae 11.78 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 452.0

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.75 0.25 0.44 24.00 10.50 0.78 8.1

w2 0.25 1.65 0.41 24.00 9.90 0.83 8.2

w3 1.75 0.75 1.31 18.00 23.63 1.28 30.1

w4 0.00 0.75 0.00 18.00 0.00 1.40 0.0

Pav 3.11 1.65 5.1

S 51.6

Pah 11.59 0.85 9.87

S 9.87

S=MNeto(KN-m) 41.68

Ƙ 2= 0.67 11.59 30.00 Xa (m) 0.88 22.41 34.72

1.64 5.14 B/2 (m) 0.825

0.5 B/6 (m) 0.28

s a-b (KN/m2) 27.26

R1 11.17

f' a b d' R2 30.99

30 90 0 15.00 Hllave +zarpa 0.74

Et 15.02

0.333 H llave 0.49

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 15.26

Dpae 3.26 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 51.6

S Momento

Inestabilizante 9.9

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.25 0.25 0.56 24.00 13.50 0.98 13.2

w2 0.25 2.30 0.58 24.00 13.80 1.15 15.9

w3 2.25 1.20 2.70 18.00 48.60 1.70 82.6

w4 0.00 1.20 0.00 18.00 0.00 1.90 0.0

Pav 4.85 2.30 11.2

S 122.8

Pah 18.11 1.02 18.45

S 18.45

Ƙ 2= 0.67 18.11 30.00 Xa (m) 1.29 22.06 48.16

1.71 5.14 B/2 (m) 1.15

0.5 B/6 (m) 0.38

s a-b (KN/m2) 31.71

R1 12.10

f' a b d' R2 57.90

30 90 0 15.00 Hllave +zarpa 0.68

Et 22.69

0.333 H llave 0.43

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 23.85

Dpae 5.10 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 122.8

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.05 0.25 0.51 24.00 12.30 0.88 10.8

w2 0.25 1.90 0.48 24.00 11.40 0.95 10.8

w3 2.05 0.90 1.85 18.00 33.21 1.45 48.2

w4 0.00 0.90 0.00 18.00 0.00 1.60 0.0

Pav 4.11 1.90 7.8

S 77.6

Pah 15.33 0.95 14.59

S 14.59

S=MNeto(KN-m) 62.96

Ƙ 2= 0.67 15.33 30.00 Xa (m) 1.03 23.82 40.41

1.56 5.14 B/2 (m) 0.95

0.5 B/6 (m) 0.32

s a-b (KN/m2) 30.37

R1 12.19

f' a b d' R2 40.70

30 90 0 15.00 Hllave +zarpa 0.82

Et 19.44

0.333 H llave 0.57

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 20.19

Dpae 4.32 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 77.6

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.85 0.25 0.46 24.00 11.10 0.78 8.6

w2 0.25 1.80 0.45 24.00 10.80 0.90 9.7

w3 1.85 0.90 1.67 18.00 29.97 1.35 40.5

w4 0.00 0.90 0.00 18.00 0.00 1.50 0.0

Pav 3.42 1.80 6.2

S 64.9

Pah 12.78 0.89 11.31

S 11.31

S=MNeto(KN-m) 53.63

Ƙ 2= 0.67 12.78 30.00 Xa (m) 0.97 23.55 37.88

1.75 5.14 B/2 (m) 0.9

0.5 B/6 (m) 0.30

s a-b (KN/m2) 28.73

R1 11.76

f' a b d' R2 38.30

30 90 0 15.00 Hllave +zarpa 0.65

Et 16.43

0.333 H llave 0.40

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 16.83

Dpae 3.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 64.9

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 2.15 0.25 0.54 24.00 12.90 0.93 11.9

w2 0.25 2.05 0.51 24.00 12.30 1.03 12.6

w3 2.15 1.00 2.15 18.00 38.70 1.55 60.0

w4 0.00 1.00 0.00 18.00 0.00 1.72 0.0

Pav 4.47 2.05 9.2

S 93.7

Pah 16.69 0.99 16.44

S 16.44

S=MNeto(KN-m) 77.25

Ƙ 2= 0.67 16.69 30.00 Xa (m) 1.13 23.12 43.59

1.59 5.14 B/2 (m) 1.025

0.5 B/6 (m) 0.34

s a-b (KN/m2) 31.11

R1 12.20

f' a b d' R2 46.68

30 90 0 15.00 Hllave +zarpa 0.80

Et 21.03

0.333 H llave 0.55

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 21.98

Dpae 4.70 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 93.7

S Momento

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.65 0.25 0.41 24.00 9.90 0.73 7.2

w2 0.25 1.55 0.39 24.00 9.30 0.78 7.2

w3 1.65 0.70 1.16 18.00 20.79 1.20 24.9

w4 0.00 0.70 0.00 18.00 0.00 1.32 0.0

Pav 2.80 1.55 4.3

S 43.7

Pah 10.46 0.82 8.56

S 8.56

S=MNeto(KN-m) 35.12

Ƙ 2= 0.67 10.46 30.00 Xa (m) 0.82 22.74 32.48

1.69 5.14 B/2 (m) 0.775

0.5 B/6 (m) 0.26

s a-b (KN/m2) 26.51

R1 11.08

f' a b d' R2 28.02

30 90 0 15.00 Hllave +zarpa 0.70

Et 13.67

0.333 H llave 0.45

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 13.78

Dpae 2.95 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 43.7

S Momento

Inestabilizante 8.6

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.35 0.25 0.34 24.00 8.10 0.58 4.7

w2 0.25 1.30 0.33 24.00 7.80 0.65 5.1

w3 1.35 0.60 0.81 18.00 14.58 1.00 14.6

w4 0.00 0.60 0.00 18.00 0.00 1.10 0.0

Pav 1.99 1.30 2.6

S 26.9

Pah 7.42 0.72 5.33

S 5.33

S=MNeto(KN-m) 21.56

Ƙ 2= 0.67 7.42 30.00 Xa (m) 0.66 23.35 26.60

1.97 5.14 B/2 (m) 0.65

0.5 B/6 (m) 0.22

s a-b (KN/m2) 24.48

R1 10.76

f' a b d' R2 21.71

30 90 0 15.00 Hllave +zarpa 0.50

Et 9.97

0.333 H llave 0.25

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 9.77

Dpae 2.09 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 26.9

S Momento

Inestabilizante 5.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.45 0.25 0.36 24.00 8.70 0.63 5.4

w2 0.25 1.45 0.36 24.00 8.70 0.73 6.3

w3 1.45 0.70 1.02 18.00 18.27 1.10 20.1

w4 0.00 0.70 0.00 18.00 0.00 1.22 0.0

Pav 2.24 1.45 3.3

S 35.1

Pah 8.37 0.75 6.30

S 6.30

S=MNeto(KN-m) 28.80

Ƙ 2= 0.67 8.37 30.00 Xa (m) 0.76 22.40 29.89

1.95 5.14 B/2 (m) 0.725

0.5 B/6 (m) 0.24

s a-b (KN/m2) 24.99

R1 10.66

f' a b d' R2 26.07

30 90 0 15.00 Hllave +zarpa 0.49

Et 11.14

0.333 H llave 0.24

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 11.03

Dpae 2.36 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 35.1

S Momento

Inestabilizante 6.3

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.55 0.25 0.39 24.00 9.30 0.63 5.8

w2 0.25 1.60 0.40 24.00 9.60 0.80 7.7

w3 1.55 0.85 1.32 18.00 23.72 1.18 27.9

w4 0.00 0.85 0.00 18.00 0.00 1.32 0.0

Pav 2.52 1.60 4.0

S 45.4

Pah 9.39 0.79 7.37

S 7.37

S=MNeto(KN-m) 38.01

Ƙ 2= 0.67 9.39 30.00 Xa (m) 0.84 23.74 32.67

2.07 5.14 B/2 (m) 0.8

0.5 B/6 (m) 0.27

s a-b (KN/m2) 26.53

R1 11.31

f' a b d' R2 32.56

30 90 0 15.00 Hllave +zarpa 0.37

Et 12.37

0.333 H llave 0.12

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 12.36

Dpae 2.64 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 45.4

S Momento

Inestabilizante 7.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.75 0.25 0.19 24.00 4.50 0.43 1.9

w2 0.25 0.95 0.24 24.00 5.70 0.48 2.7

w3 0.75 0.40 0.30 18.00 5.40 0.75 4.1

w4 0.00 0.40 0.00 18.00 0.00 0.82 0.0

Pav 0.78 0.95 0.7

Pah 2.90 0.52 1.50

S 1.50

S=MNeto(KN-m) 7.91

Ƙ 2= 0.67 2.90 30.00 Xa (m) 0.48 16.40 18.08

2.83 5.14 B/2 (m) 0.475

0.5 B/6 (m) 0.16

s a-b (KN/m2) 16.93

R1 7.50

f' a b d' R2 11.38

Et 4.19

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 3.82

Dpae 0.82 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 9.4

S Momento

Inestabilizante 1.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

#¡NUM!

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.15 0.25 0.29 24.00 6.90 0.53 3.6

w2 0.25 1.15 0.29 24.00 6.90 0.58 4.0

w3 1.15 0.50 0.58 18.00 10.35 0.90 9.3

w4 0.00 0.50 0.00 18.00 0.00 0.98 0.0

Pav 1.52 1.15 1.8

S 18.7

Pah 5.68 0.65 3.70

S 3.70

S=MNeto(KN-m) 14.95

Ƙ 2= 0.67 5.68 30.00 Xa (m) 0.58 21.45 23.19

2.12 5.14 B/2 (m) 0.575

0.5 B/6 (m) 0.19

s a-b (KN/m2) 22.06

R1 9.79

f' a b d' R2 16.97

30 90 0 15.00 Hllave +zarpa 0.38

Et 7.80

0.333 H llave 0.13

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 7.48

Dpae 1.60 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 18.7

S Momento

Inestabilizante 3.7

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.25 0.25 0.31 24.00 7.50 0.58 4.3

w2 0.25 1.25 0.31 24.00 7.50 0.63 4.7

w3 1.25 0.55 0.69 18.00 12.38 0.98 12.1

w4 0.00 0.55 0.00 18.00 0.00 1.07 0.0

Pav 1.75 1.25 2.2

S 23.2

Pah 6.52 0.69 4.47

S 4.47

S=MNeto(KN-m) 18.78

Ƙ 2= 0.67 6.52 30.00 Xa (m) 0.64 21.07 25.53

2.00 5.14 B/2 (m) 0.625

0.5 B/6 (m) 0.21

s a-b (KN/m2) 22.67

R1 9.84

f' a b d' R2 19.28

30 90 0 15.00 Hllave +zarpa 0.46

Et 8.85

0.333 H llave 0.21

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 8.59

Dpae 1.84 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 23.2

S Momento

Inestabilizante 4.5

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 0.95 0.25 0.24 24.00 5.70 0.43 2.4

w2 0.25 0.90 0.23 24.00 5.40 0.45 2.4

w3 0.95 0.35 0.33 18.00 5.99 0.73 4.3

w4 0.00 0.35 0.00 18.00 0.00 0.78 0.0

Pav 1.12 0.90 1.0

S 10.2

Pah 4.17 0.59 2.44

S 2.44

S=MNeto(KN-m) 7.76

Ƙ 2= 0.67 4.17 30.00 Xa (m) 0.43 23.45 17.00

2.38 5.14 B/2 (m) 0.45

0.5 B/6 (m) 0.15

s a-b (KN/m2) 21.30

R1 10.07

f' a b d' R2 11.49

30 90 0 15.00 Hllave +zarpa 0.15

Et 5.87

0.333 H llave -0.10

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 5.50

Dpae 1.18 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

(Volcamiento)

S Momento

Estabilizante 10.2

S Momento

Inestabilizante 2.4

C2 (KN/m2)

Df (m)

s ult (KN/m2)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

Ka1 0.33 Ka2 0.33

Kp1 3.00 Kp2 3.00

KN-m KN-m

W1 1.05 0.25 0.26 24.00 6.30 0.48 3.0

w2 0.25 1.00 0.25 24.00 6.00 0.50 3.0

w3 1.05 0.40 0.42 18.00 7.56 0.80 6.0

w4 0.00 0.40 0.00 18.00 0.00 0.87 0.0

Pav 1.31 1.00 1.3

S 13.4

Pah 4.90 0.62 3.03

S 3.03

S=MNeto(KN-m) 10.32

Ƙ 2= 0.67 4.90 30.00 Xa (m) 0.49 22.75 19.60

2.19 5.14 B/2 (m) 0.5

0.5 B/6 (m) 0.17

s a-b (KN/m2) 21.64

R1 9.99

f' a b d' R2 13.40

30 90 0 15.00 Hllave +zarpa 0.36

Et 6.81

0.333 H llave 0.11

a h (g)= 0.2 a v (g)= 0.04

y' = 11.77

Pae 6.45

Dpae 1.38 FS

DATOS GENERALES

PREDIMENSIONAMIENTO

Brazo (m)

(Volcamiento)

S Momento

Estabilizante 13.4

S Momento

Inestabilizante 3.0

C2 (KN/m2)

Capacidad Portante

Df (m)

Mononobe - Okabe

VALORES DE Ka

Coulomb: Ka =

s ult (KN/m2)

MEMORIA DE CÁLCULO: MURO EN CONCRETO ARMADO ......Muro de Altura 1.50 m MEMORIA DE CÁLCULO: MURO...

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