Capacidad Portante Por Zapata..

8/17/2019 Capacidad Portante Por Zapata..

1/39

Estratos φ (°)

1 17 0 32.8 1.7

2 0 32.8 1.73 0 32.8 1.74 0 32.8 1.75 0 32.8 1.76 0 32.8 1.77 0 32.8 1.7

variando B cada 0.2 m

TIPO φ (°) B (m) Qult (Ton) Q(adm) Ton) L (m)CORRIDO 32.8 1 234.73 78.24 10CORRIDO 32.8 1.2 227.11 75.70 10CORRIDO 32.8 1.4 222.90 74.30 10CORRIDO 32.8 1.6 220.81 73.60 10CORRIDO 32.8 1.8 220.14 73.38 10CORRIDO 32.8 2 220.47 73.49 10CORRIDO 32.8 2.2 221.51 73.84 10

CORRIDO 32.8 2.4 223.10 74.37 10CORRIDO 32.8 2.6 225.11 75.04 10CORRIDO 32.8 2.8 227.44 75.81 10CORRIDO 32.8 3 230.04 76.68 10

TIPO φ (°) B (m) Qult (Ton) Q(adm) Ton) LCORRIDO 32.8 1 187.69 62.56 10CORRIDO 32.8 1.2 193.16 64.39 10CORRIDO 32.8 1.4 198.62 66.21 10

CORRIDO 32.8 1.6 204.09 68.03 10CORRIDO 32.8 1.8 209.55 69.85 10CORRIDO 32.8 2 215.02 71.67 10CORRIDO 32.8 2.2 220.48 73.49 10CORRIDO 32.8 2.4 225.95 75.32 10CORRIDO 32.8 2.6 231.41 77.14 10CORRIDO 32.8 2.8 236.87 78.96 10CORRIDO 32.8 3 242.34 80.78 10

* Coduto, Donald (2001)

TIPO φ (°) B (m) Qult (Ton) Q(adm) Ton) L

Profundidad Final(m)

Cohesion(ton/m2)

γ(Ton!m")


2/39

CORRIDO 32.8 1 193.98 64.66 10CORRIDO 32.8 1.2 195.93 65.31 10CORRIDO 32.8 1.4 197.98 65.99 10CORRIDO 32.8 1.6 200.13 66.71 10CORRIDO 32.8 1.8 202.37 67.46 10CORRIDO 32.8 2 204.72 68.24 10CORRIDO 32.8 2.2 207.17 69.06 10CORRIDO 32.8 2.4 209.72 69.91 10CORRIDO 32.8 2.6 212.35 70.78 10CORRIDO 32.8 2.8 215.08 71.69 10CORRIDO 32.8 3 225.44 75.15 10

TIPO φ (°) B (m) Qult (Ton) Q(adm) Ton) L (m)CORRIDO 32.8 1 202.87 67.62 10

CORRIDO 32.8 1.2 206.61 68.87 10CORRIDO 32.8 1.4 210.43 70.14 10CORRIDO 32.8 1.6 214.36 71.45 10CORRIDO 32.8 1.8 218.39 72.80 10CORRIDO 32.8 2 222.51 74.17 10CORRIDO 32.8 2.2 226.74 75.58 10CORRIDO 32.8 2.4 231.06 77.02 10CORRIDO 32.8 2.6 235.48 78.49 10CORRIDO 32.8 2.8 239.99 80.00 10CORRIDO 32.8 3 252.13 84.04 10


3/39

Datos

2 27.78 5.1 Df (m) 3 F

2 !1.12 3.98 " (#on$m2) 0 % (#on$m2)2 !1.12 3.98 & (') 32.8 (m)2 !1.12 3.98 1.7 (')2 !1.12 3.98 +at(#on$m2) 2 (')2 !1.12 3.98 -(#on$m2) 0.7 (')2 !1.12 3.98 /.F 15.4

MEYERHOF

%& (m) θ (°) ' (ton!m") N' F'd F'*3 0 5.1 3.36403192 25.48 1.55023892 13 0 5.1 3.36403192 25.48 1.45853244 13 0 5.1 3.36403192 25.48 1.3930278 13 0 5.1 3.36403192 25.48 1.34389933 13 0 5.1 3.36403192 25.48 1.30568829 13 0 5.1 3.36403192 25.48 1.27511946 13 0 5.1 3.36403192 25.48 1.2501086 1

3 0 5.1 3.36403192 25.48 1.22926622 13 0 5.1 3.36403192 25.48 1.21163036 13 0 5.1 3.36403192 25.48 1.1965139 13 0 5.1 3.36403192 25.48 1.18341297 1

TERZAGHI

%& θ (°) ' N' F'd F'* F'i3 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 1

3 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 1

%& θ (°) (°) ! (°) "f ' (ton!m") N'

sat(Ton!m" #(Ton!m")#(Ton/m2)

a Df

γ(#on$m2)


4/39

3 0 0 0 1 5.1 25.483 0 0 0 1.2 5.1 25.483 0 0 0 1.4 5.1 25.483 0 0 0 1.6 5.1 25.483 0 0 0 1.8 5.1 25.483 0 0 0 2 5.1 25.483 0 0 0 2.2 5.1 25.483 0 0 0 2.4 5.1 25.483 0 0 0 2.6 5.1 25.483 0 0 0 2.8 5.1 25.483 0 0 0 3 5.1 25.48

%& θ (°) (°) ! (°) m "f 3 0 0 0 2.19879757 1

3 0 0 0 2.19286878 1.23 0 0 0 2.18736122 1.43 0 0 0 2.18224377 1.63 0 0 0 2.17748791 1.83 0 0 0 2.17306747 23 0 0 0 2.1689584 2.23 0 0 0 2.16513861 2.43 0 0 0 2.16158774 2.63 0 0 0 2.15828708 2.83 0 0 0 2.15521934 3

C"$%"P"$"&E&""


5/39

Q (')0

(')0

3 Df (m)3

5.110

000 (')0

F'i c (ton!m") Nc Fcd Fc* Fci + (ton!m,)

1 0 37.98 2.10047785 1.0000000 1 1.71 0 37.98 1.91706487 1.0000000 1 1.71 0 37.98 1.78605561 1.0000000 1 1.71 0 37.98 1.68779865 1.0000000 1 1.71 0 37.98 1.61137658 1.0000000 1 1.71 0 37.98 1.55023892 1.0000000 1 1.71 0 37.98 1.5002172 1.0000000 1 1.7

1 0 37.98 1.45853244 1.0000000 1 1.71 0 37.98 1.42326071 1.0000000 1 1.71 0 37.98 1.3930278 1.0000000 1 1.71 0 37.98 1.36682595 1.0000000 1 1.7

c (ton!m") Nc Fcd Fc* Fci + (ton!m,) 'γ0 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.14

0 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.140 47.24 1 1 1 1.7 32.14

HANEN

F'd F'* F'i F'r c (ton!m") Nc Fcd


6/39

1.33813162 1 1 1 0 37.98 1.499618311.32222572 1 1 1 0 37.98 1.476115981.30703315 1 1 1 0 37.98 1.453667671.29259604 1 1 1 0 37.98 1.43233561.27893533 1 1 1 0 37.98 1.412150731.26605401 1 1 1 0 37.98 1.393117491.25394067 1 1 1 0 37.98 1.3752191.24257291 1 1 1 0 37.98 1.358422151.23192046 1 1 1 0 37.98 1.342682251.22194787 1 1 1 0 37.98 1.327946911.27071196 1 1 1 0 37.98 1.4

#EI$

' (ton!m") N' F'd F'* F'i F'r c (ton!m")

5.1 25.48 1.33813162 1 1 1 0

5.1 25.48 1.32222572 1 1 1 05.1 25.48 1.30703315 1 1 1 05.1 25.48 1.29259604 1 1 1 05.1 25.48 1.27893533 1 1 1 05.1 25.48 1.26605401 1 1 1 05.1 25.48 1.25394067 1 1 1 05.1 25.48 1.24257291 1 1 1 05.1 25.48 1.23192046 1 1 1 05.1 25.48 1.22194787 1 1 1 05.1 25.48 1.27071196 1 1 1 0


7/39

- (.)

+(ton!m,)

B (m)

L (m)F

NF

%&

/ (.)

0 (.)

1 (.)

N'

Nc

N+

'

c

'γ F+d F+* F+i $ORRI%O25.28 1.55023892 1 1 CDRD25.28 1.45853244 1 1 CIRCR25.28 1.3930278 1 1 RC#/R25.28 1.34389933 1 125.28 1.30568829 1 125.28 1.27511946 1 125.28 1.2501086 1 1

25.28 1.22926622 1 125.28 1.21163036 1 125.28 1.1965139 1 125.28 1.18341297 1 1

F+d F+* F+i

1 1 11 1 11 1 1

1 1 11 1 11 1 11 1 11 1 11 1 11 1 11 1 1

Fc* Fci Fcr + !ton!m,) 'γ F+d F+*


8/39

1 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 11 1 1 1.7 23.66 1 1

Nc Fcd Fc* Fci Fcr +(ton!m,) 'γ37.98 1.49961831 1 1 1 1.7 34.13

37.98 1.47611598 1 1 1 1.7 34.1337.98 1.45366767 1 1 1 1.7 34.1337.98 1.4323356 1 1 1 1.7 34.1337.98 1.41215073 1 1 1 1.7 34.1337.98 1.39311749 1 1 1 1.7 34.1337.98 1.375219 1 1 1 1.7 34.1337.98 1.35842215 1 1 1 1.7 34.1337.98 1.34268225 1 1 1 1.7 34.1337.98 1.32794691 1 1 1 1.7 34.1337.98 1.4 1 1 1 1.7 34.13


9/39

nulo d f"":n ntna dl +ulo F'd

Fa"to d "oalnt dl "mnto). F'*Fa"to+ d "Fa"to d udad Fc*

/>l f?t"o F+*F'i

Fci

nulo d la +ultant R, mddo +;"to d la >t"al F+i nulo d n"lna":n dl ;lano d "mnta":n "on la =o@ontal. F'r

Fa"to d n"l


10/39

1 1 1 11 11 11 11 11 11 11 11 11 1

F+d F+* F+i F+r

1 1 1 1

1 1 1 11 1 1 11 1 1 11 1 1 11 1 1 11 1 1 11 1 1 11 1 1 11 1 1 11 1 1 1


11/39

"":n ;o ;ofunddad

o"":n ;o foma

na":n dl ;lano d a;oAo

"aa Bltma.

"aa adm+l.

"":n ;o n"lna":n d


12/39


13/39

Estratos φ (°)

1 17 0 32.8 1.7

2 0 0 32.8 1.73 0 0 32.8 1.74 0 0 32.8 1.75 0 0 32.8 1.76 0 0 32.8 1.77 0 0 32.8 1.7

>aando "ada 0.2

TIPO φ (°) B Qult Q(adm) L (m)32.8 1 238.68 79.56 2032.8 1.2 231.69 77.23 2032.8 1.4 228.14 76.05 2032.8 1.6 226.75 75.58 2032.8 1.8 226.81 75.60 2032.8 2 227.88 75.96 2032.8 2.2 229.71 76.57 2032.8 2.4 232.11 77.37 20

32.8 2.6 234.95 78.32 2032.8 2.8 238.15 79.38 2032.8 3 241.64 80.55 20

TIPO φ (°) B Qult Q(adm) L32.8 1 #I


14/39

32.8 1.2 296.99 99.00 1.232.8 1.4 296.16 98.72 1.432.8 1.6 295.49 98.50 1.632.8 1.8 294.98 98.33 1.832.8 2 294.65 98.22 232.8 2.2 294.47 98.16 2.232.8 2.4 294.46 98.15 2.432.8 2.6 294.59 98.20 2.632.8 2.8 294.88 98.29 2.832.8 3 307.71 102.57 3

TIPO φ (°) B Qult Q(adm) L32.8 1 303.32 101.11 132.8 1.2 303.40 101.13 1.2

32.8 1.4 303.63 101.21 1.432.8 1.6 304.03 101.34 1.632.8 1.8 304.59 101.53 1.832.8 2 305.32 101.77 232.8 2.2 306.21 102.07 2.232.8 2.4 307.26 102.42 2.432.8 2.6 308.47 102.82 2.632.8 2.8 309.82 103.27 2.832.8 3 323.72 107.91 3


15/39


16/39

Datos

2 27.78 5.1 Df (m) 3 F


MEYERHOF

%& (m) θ (°) ' (ton!m") N' F'd F'*3 0 5.1 3.36403192 25.48 1.55023892 1.016820163 0 5.1 3.36403192 25.48 1.45853244 1.020184193 0 5.1 3.36403192 25.48 1.3930278 1.023548223 0 5.1 3.36403192 25.48 1.34389933 1.026912263 0 5.1 3.36403192 25.48 1.30568829 1.030276293 0 5.1 3.36403192 25.48 1.27511946 1.033640323 0 5.1 3.36403192 25.48 1.2501086 1.037004353 0 5.1 3.36403192 25.48 1.22926622 1.04036838

3 0 5.1 3.36403192 25.48 1.21163036 1.043732413 0 5.1 3.36403192 25.48 1.1965139 1.047096453 0 5.1 3.36403192 25.48 1.18341297 1.05046048

TERZAGHI

%& θ (°) ' N' F'd F'* F'i3 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 1

3 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 13 0 5.1 31.45 1 1 1

%& θ (°) (°) ! (°) "f ' (ton!m") N'3 0 0 0 1 5.1 25.48


a Df

γ(#on$m2)


17/39

3 0 0 0 1.2 5.1 25.483 0 0 0 1.4 5.1 25.483 0 0 0 1.6 5.1 25.483 0 0 0 1.8 5.1 25.483 0 0 0 2 5.1 25.483 0 0 0 2.2 5.1 25.483 0 0 0 2.4 5.1 25.483 0 0 0 2.6 5.1 25.483 0 0 0 2.8 5.1 25.483 0 0 0 3 5.1 25.48

%& θ (°) (°) ! (°) m "f 3 0 0 0 2.12132034 13 0 0 0 2.12132034 1.2

3 0 0 0 2.12132034 1.43 0 0 0 2.12132034 1.63 0 0 0 2.12132034 1.83 0 0 0 2.12132034 23 0 0 0 2.12132034 2.23 0 0 0 2.12132034 2.43 0 0 0 2.12132034 2.63 0 0 0 2.12132034 2.83 0 0 0 2.12132034 3

C"$%"P"$"&E&""


18/39


19/39

3

5.110000

F'i c (ton!m") Nc Fcd Fc* Fci + (ton!m,)

1 0 37.98 2.10047785 1.0336403 1 1.71 0 37.98 1.91706487 1.0403684 1 1.71 0 37.98 1.78605561 1.0470964 1 1.71 0 37.98 1.68779865 1.0538245 1 1.71 0 37.98 1.61137658 1.0605526 1 1.71 0 37.98 1.55023892 1.0672806 1 1.71 0 37.98 1.5002172 1.0740087 1 1.71 0 37.98 1.45853244 1.0807368 1 1.7

1 0 37.98 1.42326071 1.0874648 1 1.71 0 37.98 1.3930278 1.0941929 1 1.71 0 37.98 1.36682595 1.1009210 1 1.7

c (ton!m") Nc Fcd Fc* Fci + (ton!m,) 'γ0 47.24 1 #I


20/39

1.32222572 1.64445602 1 1 0 37.98 1.476115981.30703315 1.64445602 1 1 0 37.98 1.453667671.29259604 1.64445602 1 1 0 37.98 1.43233561.27893533 1.64445602 1 1 0 37.98 1.412150731.26605401 1.64445602 1 1 0 37.98 1.393117491.25394067 1.64445602 1 1 0 37.98 1.3752191.24257291 1.64445602 1 1 0 37.98 1.358422151.23192046 1.64445602 1 1 0 37.98 1.342682251.22194787 1.64445602 1 1 0 37.98 1.327946911.27071196 1.64445602 1 1 0 37.98 1.4

#EI$

' (ton!m") N' F'd F'* F'i F'r c (ton!m")

5.1 25.48 1.33813162 1.64445602 1 1 05.1 25.48 1.32222572 1.64445602 1 1 0

5.1 25.48 1.30703315 1.64445602 1 1 05.1 25.48 1.29259604 1.64445602 1 1 05.1 25.48 1.27893533 1.64445602 1 1 05.1 25.48 1.26605401 1.64445602 1 1 05.1 25.48 1.25394067 1.64445602 1 1 05.1 25.48 1.24257291 1.64445602 1 1 05.1 25.48 1.23192046 1.64445602 1 1 05.1 25.48 1.22194787 1.64445602 1 1 05.1 25.48 1.27071196 1.64445602 1 1 0


21/39


22/39

'γ F+d F+* F+i Hcr2tico $ORRI%O25.28 1.55023892 1.01682016 1 !0.02382895 CDRD25.28 1.45853244 1.02018419 1 !0.03393372 CIRCR25.28 1.3930278 1.02354822 1 !0.04568038 RC#/R25.28 1.34389933 1.02691226 1 !0.0590144225.28 1.30568829 1.03027629 1 !0.0738834125.28 1.27511946 1.03364032 1 !0.090236925.28 1.2501086 1.03700435 1 !0.1080263225.28 1.22926622 1.04036838 1 !0.12720492

25.28 1.21163036 1.04373241 1 !0.1477276825.28 1.1965139 1.04709645 1 !0.1695512225.28 1.18341297 1.05046048 1 !0.19263373

F+d F+* F+i Hcr2tico

1 #I


23/39

1.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.61.67078555 1 1 1.7 23.66 1 0.6

Nc Fcd Fc* Fci Fcr +(ton!m,) 'γ37.98 1.49961831 1.67078555 1 1 1.7 34.1337.98 1.47611598 1.67078555 1 1 1.7 34.13

37.98 1.45366767 1.67078555 1 1 1.7 34.1337.98 1.4323356 1.67078555 1 1 1.7 34.1337.98 1.41215073 1.67078555 1 1 1.7 34.1337.98 1.39311749 1.67078555 1 1 1.7 34.1337.98 1.375219 1.67078555 1 1 1.7 34.1337.98 1.35842215 1.67078555 1 1 1.7 34.1337.98 1.34268225 1.67078555 1 1 1.7 34.1337.98 1.32794691 1.67078555 1 1 1.7 34.1337.98 1.4 1.67078555 1 1 1.7 34.13


24/39


25/39

F+i F+r Hcr2tico

1 1 !0.32196635


26/39

1 1 !0.374350711 1 !0.422873991 1 !0.467620811 1 !0.508686351 1 !0.546174551 1 !0.580196051 1 !0.610866061 1 !0.638302471 1 !0.662624071 1 !0.69996928

F+d F+* F+i F+r Hcr2tico

1 0.6 1 1 !0.301653281 0.6 1 1 !0.34581028

1 0.6 1 1 !0.384983771 0.6 1 1 !0.419366521 0.6 1 1 !0.449157781 0.6 1 1 !0.474560681 0.6 1 1 !0.495779511 0.6 1 1 !0.513017151 0.6 1 1 !0.526472791 0.6 1 1 !0.536340181 0.6 1 1 !0.56238806


27/39


28/39

Estratos φ (°)

1 17 0 32.8 1.7

2 0 0 32.8 1.73 0 0 32.8 1.74 0 0 32.8 1.75 0 0 32.8 1.76 0 0 32.8 1.77 0 0 32.8 1.7

variando B cada 0.2 m

MEYERHOF

TIPO B (m) Qult (Ton) N' NcCORRIDO 1 234.73 78.24 25.48 37.98CORRIDO 1.2 227.11 75.70 25.48 37.98CORRIDO 1.4 222.90 74.30 25.48 37.98CORRIDO 1.6 220.81 73.60 25.48 37.98CORRIDO 1.8 220.14 73.38 25.48 37.98CORRIDO 2 220.47 73.49 25.48 37.98

CORRIDO 2.2 221.51 73.84 25.48 37.98CORRIDO 2.4 223.10 74.37 25.48 37.98CORRIDO 2.6 225.11 75.04 25.48 37.98CORRIDO 2.8 227.44 75.81 25.48 37.98CORRIDO 3 230.04 76.68 25.48 37.98

TERZAGHI

TIPO B (m) Qult (Ton) Q(adm) Ton) N' NcCORRIDO 1 187.69 62.56 31.45 47.24CORRIDO 1.2 193.16 64.39 31.45 47.24

CORRIDO 1.4 198.62 66.21 31.45 47.24CORRIDO 1.6 204.09 68.03 31.45 47.24CORRIDO 1.8 209.55 69.85 31.45 47.24CORRIDO 2 215.02 71.67 31.45 47.24CORRIDO 2.2 220.48 73.49 31.45 47.24CORRIDO 2.4 225.95 75.32 31.45 47.24CORRIDO 2.6 231.41 77.14 31.45 47.24CORRIDO 2.8 236.87 78.96 31.45 47.24CORRIDO 3 242.34 80.78 31.45 47.24

* Coduto, Donald (2001)

HANEN

Profundidad Final(m)

Cohesion(ton/m2)

γ(Ton!m")

Q(adm)(Ton!m")


29/39

TIPO B (m) Qult (Ton) Q(adm) Ton) N' NcCORRIDO 1 193.98 64.66 25.48 37.98CORRIDO 1.2 195.93 65.31 25.48 37.98CORRIDO 1.4 197.98 65.99 25.48 37.98CORRIDO 1.6 200.13 66.71 25.48 37.98

CORRIDO 1.8 202.37 67.46 25.48 37.98CORRIDO 2 204.72 68.24 25.48 37.98CORRIDO 2.2 207.17 69.06 25.48 37.98CORRIDO 2.4 209.72 69.91 25.48 37.98CORRIDO 2.6 212.35 70.78 25.48 37.98CORRIDO 2.8 215.08 71.69 25.48 37.98CORRIDO 3 225.44 75.15 25.48 37.98

#EI$

TIPO B (m) Qult (Ton) Q(adm) Ton) N' NcCORRIDO 1 202.87 67.62 25.48 37.98CORRIDO 1.2 206.61 68.87 25.48 37.98CORRIDO 1.4 210.43 70.14 25.48 37.98CORRIDO 1.6 214.36 71.45 25.48 37.98CORRIDO 1.8 218.39 72.80 25.48 37.98CORRIDO 2 222.51 74.17 25.48 37.98CORRIDO 2.2 226.74 75.58 25.48 37.98CORRIDO 2.4 231.06 77.02 25.48 37.98CORRIDO 2.6 235.48 78.49 25.48 37.98CORRIDO 2.8 239.99 80.00 25.48 37.98CORRIDO 3 252.13 84.04 25.48 37.98


30/39

Datos

2 27.78 5.1 Df (m) 3 F


'γ $ORRI%O25.2825.2825.2825.2825.2825.28

25.2825.2825.2825.2825.28

'γ32.1432.14

32.1432.1432.1432.1432.1432.1432.1432.1432.14


a Df

γ(#on$m2)


31/39

'γ23.6623.6623.6623.66

23.6623.6623.6623.6623.6623.6623.66

'γ34.1334.1334.1334.1334.1334.1334.1334.1334.1334.1334.13


32/39

Q (')0

(')0

3 Df (m)3

5.120

000 (')0


33/39


34/39

3REF4

3REF4

3REF4

3REF4F

NF

3REF4

3REF4

3REF4

3REF4

3REF4

3REF4

3REF4

'

c


35/39


36/39

nulo d f"":n ntna dl +ulo 3REF4

Fa"to d "oalnt dl "mnto). 3REF4Fa"to+ d "Fa"to d udad 3REF4

/>l f?t"o 3REF43REF4

3REF4

nulo d la +ultant R, mddo +;"to d la >t"al 3REF4 nulo d n"lna":n dl ;lano d "mnta":n "on la =o@ontal. 3REF4

Fa"to d n"l


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"":n ;o ;ofunddad

o"":n ;o foma

na":n dl ;lano d a;oAo

"aa Bltma.

"aa adm+l.

"":n ;o n"lna":n d


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Capacidad Portante Por Zapata..

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