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DISEÑO DE LOSA NERVADA EN UNA DIRECCIÓN

ESTUDIANTESEliana Restrepo

Yeison García Guillen

DOCENTEAnr!s "alacios

ASIGNATURA#or$i%&n I

UNIVERSIDAD DE 'EDELLIN(aculta e In%enierías

)*+,

Tabla de contenido


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INTRODUCCIÓN..........................................................................................................2

OBJETIVOS..................................................................................................................4

Objetivo General:......................................................................................................4

Objetivo e!e"#$i"o:...............................................................................................4

%&'NOS 'R(UITECTÓNICOS...................................................................................)

*ETODO&OG+'...........................................................................................................,

De$ini"i-n el bore e &oa.....................................................................................,

Deter/ina"i-n el e!eor e &oa........................................................................01

Evala"i-n e la oli"ita"ione e$inia..............................................................01

*ODE&'CIÓN........................................................................................................03

DISEO DE RE5UER6O........................................................................................2,

CONC&USIONES.......................................................................................................3)

2


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INTRODUCCIÓN

Ete trabajo "onte/!la el ie7o e na loa en na ire""i-n8 la "al er9 tiliaa"o/o "bierta !ara na etr"tra reien"ial e n nivel8 !or "oni;iente er9ne"eario realiar lo ebio !ro"eo e !re ie7o8 !ara lo;rar a el objetivoe!erao8 entre lo "ale e en"entran< el i/eniona/iento e lo nervio =loeta8 el "9l"lo e la re!e"tiva "ar;a a"tante ante "aa no e lo nervio8tenieno en "enta tanto la "ar;a /erta "o/o ta/bi>n la viva. 'e/98 e!reenta la /oela/iento e i"?a loa8 tiliano el o$t@are etr"tralre"ono"io "o/o lo e SAP 2000 8 i"?o /oela/iento8 er9 ini!enable a la ?orae eter/inar el a"ero ne"eario Ae e tiliara !ara "aa no e lo ele/entonervio !reente en la loa8 tenieno en "enta !ara "aa no e lo tra/o entre

a!o=o i ete ele/ento e en"entra en na "oni"i-n i/!le/ente re$oraa ooble/ente re$oraa. 'e/98 e ne"eario realtar Ae too lo "9l"lo = !or "oni;iente la e"iione to/aa en ete trabajo8 et9n "e7ia a la Nor/aNSR01.

3


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4


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OBJETIVOS

Objetivo General:

Die7ar na loa nervaa en na ire""i-n !ara na etr"tra reien"ial8 a !artir e re!e"tivo !lano arAite"t-ni"o.

Objetivos esec!"icos:

o De$inir la i/enione el ie7o e loa8 e a"ero a la nor/a NSR01.

o Cal"lar la re!e"tiva "ar;a a"tante en "aa no e lo nervio8tenieno en "enta 9rea a$erente8 "onierano "ar;a /erta ="ar;a viva.

o Deter/inar el a"ero ne"eario !ara "aa no e lo nervio e la loa8

e$inieno i eto e en"entra i/!le/ente re$orao SR o oble/entere$orao DR

)


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#$%NOS %R&UITECTÓNICOS

' "ontina"i-n e !reentan lo !lano arAite"t-ni"o8 lo "ale er9n$na/entale !ara ini"iar el an9lii e la loa.

Ilustración 1: Planta arquitectónica nivel 1

Ilustración 2: Planta arquitectónica nivel 1

Ilustración 3: Planta arquitectónica azotea

Ilustración 4: Fachada poniente


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,

Ilustración 5: orte !"!#

Ilustración $: Fachada sur

Ilustración %: Fachada sur


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'ETODO$OG(%

De"inici)n del borde de $osa

En la Iltra"i-n F8 e oberva el bore e loa e la "bierta en "olor a/arillo = enal el l#/ite e la loa e la !lanta in$erior.

Ilustración &: 'orde de losa (A)arillo*

F


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En la 8 e !reenta la "ol/na = la vi;a eter/inaa !ara el ie7o8 la "aleo!ortaran la re!e"tiva loa.

Ilustración +: ,le)entos verticales de apo-os (.o/o* - ele)entos horizontales de apo-o (Azul*

En la Iltra"i-n 018 e obervan la ona e$inia e a"ero a la lon;ite elo nervio = la i!oi"i-n e lo ele/ento e a!o=o8 e !ee ver "lara/ente8Ae toa la loa $e iviia en total en "atro 4 ona. 'e/9 en la 8 e obervala no/en"latra e$inia e la i;iente /anera: el !ri/er i;ito "orre!one a la

ona8 el e;no lo i$eren"ia !or la /a;nit e la "ar;a Ae le "orre!one ea"ero a la varia"ione Ae !reentan la 9rea a$erente8 = en lo ele/ento enlo Ae ?a= n ter"er i;ito "orre!one al oren relativo entre lo ele/ento Aetienen i;al lon;it = /a;nit e "ar;a.


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Ilustración 10: einición de las zonas de losa

Ilustración 11: o)enclatura de los nervios acorde con las zonas

01


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Deter*inaci)n del esesor de $osa

En bae a la tabla C..)a e la NSR018 e eter/in- la /#ni/a altra en la loanervaa e a"ero al ti!o e ire""i-n = re!e"tivo a!o=o. &o reltao

obtenio e !reentan en la Tabla 0. Se "on"l=e Ae el e!eor /#ni/o e la loa e e 2) "/8 = el re"bri/iento Aee va to/ar tanto !ara el a"ero a "o/!rei-n "o/o a tra""i-n e e 4"/.

ala 1: ,spesor de losa en una dirección

Eval+aci)n de las solicitaciones de"inidas

%ara eter/inar la "ar;a i/!eta !or la etr"tra e "onieraron la!arti"ione Ae e obervan en el !lano arAite"t-ni"o8 !ara eto e eter/in- Aela altra e eb#an "onierar a !artir l#/ite !erior e la loa e entre!io8 =aAe e tit=- la "bierta en tejao Ae e oberva en la !or na loa !lana.

00


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Ilustración 12: Pro-ección arquitectónica de la estructura

%or "oni;iente8 !ara eter/inar la "ar;a /erta e to/- "o/o re$eren"ia lai;iente "ar;a:

• %arti"ione en /a/!oter#a e bloAe e ar"illa8 !a7etao en a/ba "arae e!eor 0) "/ 2.) HN/2 e !er$i"ie verti"al Tabla B.3.4.24

• '"abao e "bierta en abeto "e/ento 1.2 HN/2 e 9rea en !lantaTabla B.3.4.04

• Car;a viva: Cbierta aa !ara jarine e "bierta o !ara renione)HN/2 9rea en !lanta Tabla B.4.2.02

&a "ar;a el !eo e la loeta !or /etro "arao e /etra en la Tabla 2. %araeter/inar la "ar;a e a"ero a la lon;it a$erente e "aa nervio8 e "onier-la l libre entre nervio = re!e"tivo e!eor8 "o/o e oberva en la Iltra"i-n03. &o reltao e la "ar;a !or /etro lineal e !reentan en la Tabla 4 = Tabla 3

02


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ala 2: ara viva - cara )uerta

ala 3: ara por )2 en planta de los )uros de partición

Ilustración 13: Sección t6pica de losa nervada ()edidas en )*

03


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ala 4: ara )a-orada por nervio a partir de su lonitud aerente

'ODE$%CIÓN

%ara /oelar lo nervio e la etr"tra8 la "al e reali- !or /eio el o$t@areSAP 20007 e !arti- e lo eje e lo ele/ento "o/o e !reenta en la Iltra"i-n04.

&o reltao obtenio e !reentan en la Tabla ). Se i$eren"ian lo tra/o entrea!o=o el ele/ento8 en lo "a/bio e "olor e la tabla ;riblan"o

04


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Ilustración 14: 8odelación de la estructura en SAP 2000

ala 5: .esultados otenidos de los )o)entos actuantes a partir de la )odelación de los ele)entos en SAP 2000

(ra$e

Station

OutputCase

CaseT-pe '.

(ra$eEle$

Ele$Station

Text m Text Text KN-m Text m

1A 0 DEAD

LinStati

c

-8.882

E-16 1A-1 0

1A 0.4 DEAD

LinStati

c

-

0.463

5 1A-1 0.4

1A 0.4 DEAD

LinStati

c

-

0.463

5 1A-2 0

1A

0.8417

3 DEAD

LinStati

c

-

1.354

8 1A-2 0.44173

1A

1.2834

7 DEAD

LinStati

c

-

3.376

6 1A-2 0.88347

1A 1.7252 DEAD

LinStati

c

-

6.529 1A-2 1.3252

1A 1.7252 DEAD

LinStati

c

-

6.529 1A-3 0

1A

2.2251

9 DEAD

LinStati

c

-

1.445

1 1A-3 0.49999

1A

2.7251

8 DEAD

LinStati

c

2.190

4 1A-3 0.999981A 3.2251 DEAD LinStati 4.377 1A-3 1.49996

0)


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6 c 5

1A

3.7251

5 DEAD

LinStati

c

5.116

1 1A-3 1.99995

1A

4.2251

4 DEAD

LinStati

c

4.406

4 1A-3 2.49994

1A

4.7251

3 DEAD

LinStati

c

2.248

1 1A-3 2.99993

1A

5.2251

1 DEAD

LinStati

c

-

1.358

5 1A-3 3.49991

1A 5.7251 DEAD

LinStati

c

-

6.413

6 1A-3 3.9999

1A 5.7251 DEAD

LinStati

c

-

6.413

6 1A-4 0

1A6.2251

3 DEADLinStatic

-

2.9815 1A-4 0.50003

1A

6.7251

7 DEAD

LinStati

c

-

0.998

2 1A-4 1.00007

1A 7.2252 DEAD

LinStati

c

-

0.463

5 1A-4 1.5001

1A 7.2252 DEAD

LinStati

c

-

0.463

5 1A-5 0

1A 7.6252 DEAD

LinStati

c

2.22E

-15 1A-5 0.4

1B 0 DEAD

LinStati

c

-

1.332

E-15 1B-1 0

1B 0.4 DEAD

LinStati

c

-

0.839

2 1B-1 0.4

1B 0.4 DEAD

LinStati

c

-

0.839

2 1B-2 0

1B0.8417

3 DEADLinStatic

-

2.4528 1B-2 0.44173

1B

1.2834

7 DEAD

LinStati

c

-

6.113

4 1B-2 0.88347

1B 1.7252 DEAD

LinStati

c

-

11.82

09 1B-2 1.3252

1B 1.7252 DEAD

LinStati

c

-

11.82

09 1B-3 0

1B 2.2251

9

DEAD LinStati

c

-

2.616

1B-3 0.49999

0


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3

1B

2.7251

8 DEAD

LinStati

c

3.965

9 1B-3 0.99998

1B

3.2251

6 DEAD

LinStati

c

7.925

6 1B-3 1.49996

1B

3.7251

5 DEAD

LinStati

c

9.262

9 1B-3 1.99995

1B

4.2251

4 DEAD

LinStati

c

7.977

8 1B-3 2.49994

1B

4.7251

3 DEAD

LinStati

c

4.070

3 1B-3 2.99993

1B

5.2251

1 DEAD

LinStati

c

-

2.459

6 1B-3 3.49991

1B 5.7251 DEAD

LinStati

c

-

11.61

2 1B-3 3.9999

1B 5.7251 DEAD

LinStati

c

-11.61

2 1B-4 0

1B

6.2251

3 DEAD

LinStati

c

-

5.398

2 1B-4 0.50003

1B

6.7251

7 DEAD

LinStati

c

-

1.807

2 1B-4 1.00007

1B 7.2252 DEAD

LinStati

c

-

0.839

2 1B-4 1.5001

1B 7.2252 DEAD

LinStati

c

-

0.839

2 1B-5 0

1B 7.6252 DEAD

LinStati

c

2.442

E-15 1B-5 0.4

2A 0 DEAD

LinStati

c 0 2A-1 0

2A 0.4 DEAD

LinStati

c

-

1.430

9 2A-1 0.4

2A 0.4 DEADLinStatic

-

1.4309 2A-2 0

2A 0.89 DEAD

LinStati

c 0.329 2A-2 0.49

2A 1.38 DEAD

LinStati

c

-

1.031

2 2A-2 0.98

2A 1.87 DEAD

LinStati

c

-

5.511

4 2A-2 1.47

2A 2.36 DEAD

LinStati

c

-

13.11

17 2A-2 1.96

0,


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2A 2.85 DEAD

LinStati

c

-

23.67

34 2A-2 2.45

2A 2.85 DEAD

LinStati

c

-

23.67

34 2A-3 0

2A 3.35 DEAD

LinStati

c

-

9.817

5 2A-3 0.5

2A 3.85 DEAD

LinStati

c

1.285

4 2A-3 1

2A 4.35 DEAD

LinStati

c

9.635

3 2A-3 1.5

2A 4.85 DEAD

LinStati

c

15.23

22 2A-3 2

2A 5.35 DEAD

LinStati

c

18.07

61 2A-3 2.5


18.167 2A-3 3

2A 6.35 DEAD

LinStati

c

15.50

49 2A-3 3.5

2A 6.85 DEAD

LinStati

c

10.08

98 2A-3 4

2A 7.35 DEAD

LinStati

c

1.921

7 2A-3 4.5

2A 7.85 DEAD

LinStati

c

-

8.999

4 2A-3 5

2A 8.35 DEAD

LinStati

c

-

22.67

35 2A-3 5.5

2A 8.35 DEAD

LinStati

c

-

22.67

35 2A-4 0

2A

8.8428

6 DEAD

LinStati

c

-

12.79

86 2A-4 0.49286

2A

9.3357

1 DEAD

LinStati

c

-

5.598

6 2A-4 0.98571

2A

9.8285

7 DEAD

LinStati

c

-1.073

5 2A-4 1.47857

2A

10.321

43 DEAD

LinStati

c

0.715

9 2A-4 1.97143

2A

10.814

29 DEAD

LinStati

c

-

0.610

7 2A-4 2.46429

2A

11.307

14 DEAD

LinStati

c

-

5.119

2 2A-4 2.95714


-

12.8096 2A-4 3.45

0F


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2A 11.8 DEAD

LinStati

c

-

12.80

96 2A-5 0

2A

12.285

71 DEAD

LinStati

c

-

1.708

6 2A-5 0.48571

2A

12.771

43 DEAD

LinStati

c 6.302 2A-5 0.97143

2A

13.257

14 DEAD

LinStati

c

11.22

23 2A-5 1.45714

2A

13.742

86 DEAD

LinStati

c

13.05

22 2A-5 1.94286

2A

14.228

57 DEAD

LinStati

c

11.79

18 2A-5 2.42857

2A

14.714

29 DEAD

LinStati

c

7.441

1 2A-5 2.91429

2A 15.2 DEAD

LinStati

c

2.67E

-14 2A-5 3.4

2C 0 DEAD

LinStati

c

4.44E

-16 2C-1 0

2C

0.4857

1 DEAD

LinStati

c

6.293

9 2C-1 0.48571

2C

0.9714

3 DEAD

LinStati

c 9.99 2C-1 0.97143

2C

1.4571

4 DEAD

LinStati

c

11.08

8 2C-1 1.45714

2C

1.9428

6 DEAD

LinStati

c

9.588

2 2C-1 1.94286

2C

2.4285

7 DEAD

LinStati

c

5.490

4 2C-1 2.42857

2C

2.9142

9 DEAD

LinStati

c

-

1.205

3 2C-1 2.91429

2C 3.4 DEAD

LinStati

c

-

10.49

9 2C-1 3.4

2C 3.4 DEAD

LinStati

c

-

10.49

9 2C-2 0

2C3.8928

6 DEADLinStatic

-

4.1809 2C-2 0.49286

2C

4.3857

1 DEAD

LinStati

c

-

0.537

8 2C-2 0.98571

2C

4.8785

7 DEAD

LinStati

c

0.430

4 2C-2 1.47857

2C

5.3714

3 DEAD

LinStati

c

-

1.276

3 2C-2 1.97143

2C

5.8642

9 DEAD

LinStati

c

-

5.657

9 2C-2 2.46429

0


20/47

2C

6.3571

4 DEAD

LinStati

c

-

12.71

43 2C-2 2.95714

2C 6.85 DEAD

LinStati

c

-

22.44

57 2C-2 3.45

2C 6.85 DEAD

LinStati

c

-

22.44

57 2C-3 0

2C 7.35 DEAD

LinStati

c

-

8.836

9 2C-3 0.5

2C 7.85 DEAD

LinStati

c 2.019 2C-3 1

2C 8.35 DEAD

LinStati

c

10.12

19 2C-3 1.5

2C 8.85 DEAD

LinStati

c

15.47

18 2C-3 2

2C 9.35 DEAD

LinStati

c

18.06

87 2C-3 2.5

2C 9.85 DEAD

LinStati

c

17.91

25 2C-3 3

2C 10.35 DEAD

LinStati

c

15.00

34 2C-3 3.5

2C 10.85 DEAD

LinStati

c

9.341

3 2C-3 4

2C 11.35 DEAD

LinStati

c

0.926

2 2C-3 4.5

2C 11.85 DEAD

LinStati

c

-

10.24

19 2C-3 5

2C 12.35 DEAD

LinStati

c

-

24.16

31 2C-3 5.5

2C 12.35 DEAD

LinStati

c

-

24.16

31 2C-4 0

2C 12.84 DEAD

LinStati

c

-

12.77

42 2C-4 0.49

2C 13.33 DEAD

LinStati

c

-4.486

1 2C-4 0.98

2C 13.82 DEAD

LinStati

c 0.206 2C-4 1.47

2C 14.31 DEAD

LinStati

c 1.302 2C-4 1.96

2C 14.8 DEAD

LinStati

c

-

1.198

2 2C-4 2.45

2C 14.8 DEAD

LinStati

c

-

1.198

2 2C-5 0

21


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2C 15.2 DEAD

LinStati

c

4.44E

-15 2C-5 0.4

3A 0 DEAD

LinStati

c

2.67E

-15 3A-1 0

3A

0.4857

1 DEAD

LinStati

c

6.555

7 3A-1 0.48571

3A

0.9714

3 DEAD

LinStati

c

10.51

34 3A-1 0.97143

3A

1.4571

4 DEAD

LinStati

c

11.87

32 3A-1 1.45714

3A

1.9428

6 DEAD

LinStati

c

10.63

51 3A-1 1.94286

3A

2.4285

7 DEAD

LinStati

c 6.799 3A-1 2.42857

3A

2.9142

9 DEAD

LinStati

c 0.365 3A-1 2.91429


-

8.6669 3A-1 3.4

3A 3.4 DEAD

LinStati

c

-

8.666

9 3A-2 0

3A

3.8928

6 DEAD

LinStati

c

-

3.657

5 3A-2 0.49286

3A

4.3857

1 DEAD

LinStati

c

-

1.323 3A-2 0.98571

3A

4.8785

7 DEAD

LinStati

c

-

1.663

4 3A-2 1.47857

3A

5.3714

3 DEAD

LinStati

c

-

4.678

8 3A-2 1.97143

3A

5.8642

9 DEAD

LinStati

c

-

10.36

9 3A-2 2.46429

3A

6.3571

4 DEAD

LinStati

c

-

18.73

41 3A-2 2.95714


-

29.7741 3A-2 3.45

3A 6.85 DEAD

LinStati

c

-

29.77

41 3A-3 0

3A 7.35 DEAD

LinStati

c

-

13.42

75 3A-3 0.5

3A 7.85 DEAD

LinStati

c

0.166

1 3A-3 1

3A 8.35 DEAD

LinStati

c

11.00

67 3A-3 1.5


19.0943 3A-3 2

20


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3A 9.35 DEAD

LinStati

c

24.42

89 3A-3 2.5

3A 9.85 DEAD

LinStati

c

27.01

05 3A-3 3

3A 10.35 DEAD

LinStati

c

26.83

91 3A-3 3.5

3A 10.85 DEAD

LinStati

c

23.91

47 3A-3 4

3A 11.35 DEAD

LinStati

c

18.23

73 3A-3 4.5

3A 11.85 DEAD

LinStati

c

9.806

9 3A-3 5

3A 12.35 DEAD

LinStati

c

-

1.376

5 3A-3 5.5

3A 12.35 DEAD

LinStati

c

-

1.376

5 3A-4 0

3A 12.85 DEAD

LinStati

c

-

4.04E

-14 3A-4 0.5

3B 0 DEAD

LinStati

c

-

1.78E

-15 3B-1 0

3B

0.4857

1 DEAD

LinStati

c

4.835

9 3B-1 0.48571

3B

0.9714

3 DEAD

LinStati

c

7.787

8 3B-1 0.97143

3B

1.4571

4 DEAD

LinStati

c

8.855

9 3B-1 1.45714

3B

1.9428

6 DEAD

LinStati

c

8.039

9 3B-1 1.94286

3B

2.4285

7 DEAD

LinStati

c

5.340

1 3B-1 2.42857

3B

2.9142

9 DEAD

LinStati

c

0.756

3 3B-1 2.91429

3B 3.4 DEAD

LinStati

c

-

5.711

5 3B-1 3.4

3B 3.4 DEADLinStatic

-

5.7115 3B-2 0

3B

3.8928

6 DEAD

LinStati

c

-

2.259

9 3B-2 0.49286

3B

4.3857

1 DEAD

LinStati

c

-

0.748

1 3B-2 0.98571

3B

4.8785

7 DEAD

LinStati

c

-

1.293

5 3B-2 1.47857

3B5.3714

3 DEADLinStatic

-

4.4443 3B-2 1.97143

22


23/47

3B

5.8642

9 DEAD

LinStati

c

-

10.27 3B-2 2.46429

3B

6.3571

4 DEAD

LinStati

c

-

18.77

06 3B-2 2.95714

3B 6.85 DEAD

LinStati

c

-

29.94

62 3B-2 3.45

3B 6.85 DEAD

LinStati

c

-

29.94

62 3B-3 0

3B 7.35 DEAD

LinStati

c

-

13.58

39 3B-3 0.5

3B 7.85 DEAD

LinStati

c

0.025

3 3B-3 1

3B 8.35 DEAD

LinStati

c

10.88

16 3B-3 1.5

3B 8.85 DEAD

LinStati

c

18.98

48 3B-3 2

3B 9.35 DEAD

LinStati

c

24.33

5 3B-3 2.5

3B 9.85 DEAD

LinStati

c

26.93

23 3B-3 3

3B 10.35 DEAD

LinStati

c

26.77

65 3B-3 3.5

3B 10.85 DEAD

LinStati

c

23.86

78 3B-3 4

3B 11.35 DEAD

LinStati

c

18.20

6 3B-3 4.5

3B 11.85 DEAD

LinStati

c

9.791

3 3B-3 5

3B 12.35 DEAD

LinStati

c

-

1.376

5 3B-3 5.5

3B 12.35 DEAD

LinStati

c

-

1.376

5 3B-4 0

3B 12.85 DEAD

LinStati

c

-

1.05E

-13 3B-4 0.5

4A 0 DEAD

LinStati

c

7.105

E-15 4A-1 0

4A 0.4624 DEAD

LinStati

c

-

1.154

9 4A-1 0.4624

4A 0.9248 DEAD

LinStati

c

-

4.619

8 4A-1 0.9248

4A 0.9248 DEAD

LinStati

c

-

4.619

8 4A-2 0

4A1.3665

3 DEADLinStatic

-11.73 4A-2 0.44173

23


24/47

4A

1.8082

7 DEAD

LinStati

c

-

20.94

82 4A-2 0.88347

4A 2.25 DEAD

LinStati

c

-

32.27

44 4A-2 1.3252

4A 2.25 DEAD

LinStati

c

-

32.27

44 4A-3 0

4A 2.75 DEAD

LinStati

c

-

15.95

91 4A-3 0.5

4A 3.25 DEAD

LinStati

c

-

2.344

5 4A-3 1

4A 3.75 DEAD

LinStati

c

8.569

2 4A-3 1.5


16.7821 4A-3 2

4A 4.75 DEAD

LinStati

c

22.29

42 4A-3 2.5

4A 5.25 DEAD

LinStati

c

25.10

55 4A-3 3

4A 5.75 DEAD

LinStati

c

25.21

6 4A-3 3.5

4A 6.25 DEAD

LinStati

c

22.62

56 4A-3 4

4A 6.75 DEAD

LinStati

c

17.33

44 4A-3 4.5

4A 7.25 DEAD

LinStati

c

9.342

4 4A-3 5

4A 7.75 DEAD

LinStati

c

-

1.350

4 4A-3 5.5

4A 7.75 DEAD

LinStati

c

-

1.350

4 4A-4 0

4A 8.25 DEAD

LinStati

c

-

5.462

E-14 4A-4 0.5

4B 0 DEAD

LinStati

c

-1.776

E-15 4B-1 0

4B 0.4624 DEAD

LinStati

c

-

0.652

9 4B-1 0.4624

4B 0.9248 DEAD

LinStati

c

-

2.611

6 4B-1 0.9248

4B 0.9248 DEAD

LinStati

c

-

2.611

6 4B-2 0

4B 1.3665 DEAD LinStati - 4B-2 0.44173

24


25/47

3 c

6.630

9

4B

1.8082

7 DEAD

LinStati

c

-

11.84

2 4B-2 0.88347

4B 2.25 DEAD

LinStati

c

-

18.24

47 4B-2 1.3252

4B 2.25 DEAD

LinStati

c

-

18.24

47 4B-3 0

4B 2.75 DEAD

LinStati

c

-

9.021

6 4B-3 0.5

4B 3.25 DEAD

LinStati

c

-

1.325

4 4B-3 1


4.8442 4B-3 1.5

4B 4.25 DEAD

LinStati

c

9.486

9 4B-3 2

4B 4.75 DEAD

LinStati

c

12.60

29 4B-3 2.5

4B 5.25 DEAD

LinStati

c

14.19

21 4B-3 3

4B 5.75 DEAD

LinStati

c

14.25

46 4B-3 3.5

4B 6.25 DEAD

LinStati

c

12.79

02 4B-3 4

4B 6.75 DEAD

LinStati

c

9.799

1 4B-3 4.5

4B 7.25 DEAD

LinStati

c

5.281

3 4B-3 5

4B 7.75 DEAD

LinStati

c

-

0.763

4 4B-3 5.5

4B 7.75 DEAD

LinStati

c

-

0.763

4 4B-4 0


-

5.551E-15 4B-4 0.5

1C1 0 DEAD

LinStati

c

4.441

E-16 1C1-1 0

1C1 0.4 DEAD

LinStati

c

-

0.881 1C1-1 0.4

1C1 0.4 DEAD

LinStati

c

-

0.881 1C1-2 0

1C1

0.8417

3 DEAD

LinStati

c

-

2.574

8 1C1-2 0.44173

1C11.2834

7 DEADLinStatic

-

6.4175 1C1-2 0.88347

2)


26/47

1C1 1.7252 DEAD

LinStati

c

-

12.40

89 1C1-2 1.3252

1C1 1.7252 DEAD

LinStati

c

-

12.40

89 1C1-3 0

1C1

2.2251

9 DEAD

LinStati

c

-

2.746

4 1C1-3 0.49999

1C1

2.7251

8 DEAD

LinStati

c

4.163

1 1C1-3 0.99998

1C1

3.2251

6 DEAD

LinStati

c

8.319

8 1C1-3 1.49996

1C1

3.7251

5 DEAD

LinStati

c

9.723

7 1C1-3 1.99995

1C1

4.2251

4 DEAD

LinStati

c

8.374

7 1C1-3 2.49994

1C14.7251

3 DEADLinStatic

4.2728 1C1-3 2.99993

1C1

5.2251

1 DEAD

LinStati

c

-

2.582 1C1-3 3.49991

1C1 5.7251 DEAD

LinStati

c

-

12.18

96 1C1-3 3.9999

1C1 5.7251 DEAD

LinStati

c

-

12.18

96 1C1-4 0

1C1

6.2251

3 DEAD

LinStati

c

-

5.666

7 1C1-4 0.50003

1C1

6.7251

7 DEAD

LinStati

c

-

1.897

1 1C1-4 1.00007

1C1 7.2252 DEAD

LinStati

c

-

0.881 1C1-4 1.5001

1C1 7.2252 DEAD

LinStati

c

-

0.881 1C1-5 0

1C1 7.6252 DEAD

LinStati

c

6.661

E-16 1C1-5 0.4

1C2 0 DEADLinStatic

-

1.776E-15 1C2-1 0

1C2 0.4 DEAD

LinStati

c

-

0.881 1C2-1 0.4

1C2 0.4 DEAD

LinStati

c

-

0.881 1C2-2 0

1C2

0.8417

3 DEAD

LinStati

c

-

2.574

8 1C2-2 0.44173

1C2

1.2834

7 DEAD

LinStati

c

-

6.417

5 1C2-2 0.88347

1C2 1.7252 DEAD LinStati - 1C2-2 1.3252

2


27/47

c

12.40

89

1C2 1.7252 DEAD

LinStati

c

-

12.40

89 1C2-3 0

1C2

2.2251

9 DEAD

LinStati

c

-

2.746

4 1C2-3 0.49999

1C2

2.7251

8 DEAD

LinStati

c

4.163

1 1C2-3 0.99998

1C2

3.2251

6 DEAD

LinStati

c

8.319

8 1C2-3 1.49996

1C2

3.7251

5 DEAD

LinStati

c

9.723

7 1C2-3 1.99995

1C2

4.2251

4 DEAD

LinStati

c

8.374

7 1C2-3 2.49994

1C2

4.7251

3 DEAD

LinStati

c

4.272

8 1C2-3 2.99993

1C2

5.2251

1 DEAD

LinStati

c

-

2.582 1C2-3 3.49991

1C2 5.7251 DEAD

LinStati

c

-

12.18

96 1C2-3 3.9999

1C2 5.7251 DEAD

LinStati

c

-

12.18

96 1C2-4 0

1C2

6.2251

3 DEAD

LinStati

c

-

5.666

7 1C2-4 0.50003

1C2

6.7251

7 DEAD

LinStati

c

-

1.897

1 1C2-4 1.00007

1C2 7.2252 DEAD

LinStati

c

-

0.881 1C2-4 1.5001

1C2 7.2252 DEAD

LinStati

c

-

0.881 1C2-5 0

1C2 7.6252 DEAD

LinStati

c

6.217

E-15 1C2-5 0.4

1C3 0 DEAD

LinStati

c

-

3.553

E-15 1C3-1 0

1C3 0.4 DEAD

LinStati

c

-

0.881 1C3-1 0.4

1C3 0.4 DEAD

LinStati

c

-

0.881 1C3-2 0

1C3

0.8417

3 DEAD

LinStati

c

-

2.574

8 1C3-2 0.44173

1C3

1.2834

7 DEAD

LinStati

c

-

6.417

5 1C3-2 0.88347

1C3 1.7252 DEADLinStatic

-

12.4089 1C3-2 1.3252

2,


28/47

1C3 1.7252 DEAD

LinStati

c

-

12.40

89 1C3-3 0

1C3

2.2251

9 DEAD

LinStati

c

-

2.746

4 1C3-3 0.49999

1C3

2.7251

8 DEAD

LinStati

c

4.163

1 1C3-3 0.99998

1C3

3.2251

6 DEAD

LinStati

c

8.319

8 1C3-3 1.49996

1C3

3.7251

5 DEAD

LinStati

c

9.723

7 1C3-3 1.99995

1C3

4.2251

4 DEAD

LinStati

c

8.374

7 1C3-3 2.49994

1C3

4.7251

3 DEAD

LinStati

c

4.272

8 1C3-3 2.99993

1C3

5.2251

1 DEAD

LinStati

c

-

2.582 1C3-3 3.49991

1C3 5.7251 DEAD

LinStati

c

-

12.18

96 1C3-3 3.9999

1C3 5.7251 DEAD

LinStati

c

-

12.18

96 1C3-4 0

1C3

6.2251

3 DEAD

LinStati

c

-

5.666

7 1C3-4 0.50003

1C3

6.7251

7 DEAD

LinStati

c

-

1.897

1 1C3-4 1.00007

1C3 7.2252 DEAD

LinStati

c

-

0.881 1C3-4 1.5001

1C3 7.2252 DEAD

LinStati

c

-

0.881 1C3-5 0

1C3 7.6252 DEAD

LinStati

c

3.331

E-15 1C3-5 0.4

2B1 0 DEAD

LinStati

c 0 2B1-1 0

2B1 0.4 DEAD

LinStati

c

-

0.881 2B1-1 0.4

2B1 0.4 DEADLinStatic

-0.881 2B1-2 0

2B1 0.89 DEAD

LinStati

c

-

0.082

1 2B1-2 0.49

2B1 1.38 DEAD

LinStati

c

-

1.927

3 2B1-2 0.98

2B1 1.87 DEAD

LinStati

c

-

6.416

4 2B1-2 1.47


-

13.5495 2B1-2 1.96

2F


29/47

2B1 2.85 DEAD

LinStati

c

-

23.32

66 2B1-2 2.45

2B1 2.85 DEAD

LinStati

c

-

23.32

66 2B1-3 0

2B1 3.35 DEAD

LinStati

c

-

9.506 2B1-3 0.5

2B1 3.85 DEAD

LinStati

c

1.561

7 2B1-3 1

2B1 4.35 DEAD

LinStati

c

9.876

3 2B1-3 1.5

2B1 4.85 DEAD

LinStati

c

15.43

79 2B1-3 2

2B1 5.35 DEAD

LinStati

c

18.24

65 2B1-3 2.5

2B1 5.85 DEAD

LinStati

c

18.30

21 2B1-3 3

2B1 6.35 DEAD

LinStati

c

15.60

48 2B1-3 3.5

2B1 6.85 DEAD

LinStati

c

10.15

44 2B1-3 4

2B1 7.35 DEAD

LinStati

c 1.951 2B1-3 4.5

2B1 7.85 DEAD

LinStati

c

-

9.005

4 2B1-3 5

2B1 8.35 DEAD

LinStati

c

-

22.71

48 2B1-3 5.5

2B1 8.35 DEAD

LinStati

c

-

22.71

48 2B1-4 0

2B1

8.8428

6 DEAD

LinStati

c

-

12.93

53 2B1-4 0.49286

2B1

9.3357

1 DEAD

LinStati

c

-

5.830

8 2B1-4 0.98571

2B19.8285

7 DEADLinStatic

-

1.4012 2B1-4 1.47857

2B1

10.321

43 DEAD

LinStati

c

0.353

6 2B1-4 1.97143

2B1

10.814

29 DEAD

LinStati

c

-

0.566

6 2B1-4 2.46429

2B1

11.307

14 DEAD

LinStati

c

-

4.161

7 2B1-4 2.95714

2B1 11.8 DEAD

LinStati

c

-

10.43

17 2B1-4 3.45

2


30/47

2B1 11.8 DEAD

LinStati

c

-

10.43

17 2B1-5 0

2B1

12.285

71 DEAD

LinStati

c

-

1.147

7 2B1-5 0.48571

2B1

12.771

43 DEAD

LinStati

c

5.538

4 2B1-5 0.97143

2B1

13.257

14 DEAD

LinStati

c

9.626

6 2B1-5 1.45714

2B1

13.742

86 DEAD

LinStati

c

11.11

69 2B1-5 1.94286

2B1

14.228

57 DEAD

LinStati

c

10.00

92 2B1-5 2.42857

2B1

14.714

29 DEAD

LinStati

c

6.303

6 2B1-5 2.91429

2B1 15.2 DEAD

LinStati

c

2.02E

-14 2B1-5 3.4

2B2 0 DEAD

LinStati

c

-

1.78E

-15 2B2-1 0

2B2 0.4 DEAD

LinStati

c

-

0.881 2B2-1 0.4

2B2 0.4 DEAD

LinStati

c

-

0.881 2B2-2 0

2B2 0.89 DEAD

LinStati

c

-

0.082

1 2B2-2 0.49

2B2 1.38 DEAD

LinStati

c

-

1.927

3 2B2-2 0.98

2B2 1.87 DEAD

LinStati

c

-

6.416

4 2B2-2 1.47

2B2 2.36 DEAD

LinStati

c

-

13.54

95 2B2-2 1.96

2B2 2.85 DEAD

LinStati

c

-

23.32

66 2B2-2 2.45

2B2 2.85 DEAD

LinStati

c

-23.32

66 2B2-3 0

2B2 3.35 DEAD

LinStati

c

-

9.506 2B2-3 0.5

2B2 3.85 DEAD

LinStati

c

1.561

7 2B2-3 1

2B2 4.35 DEAD

LinStati

c

9.876

3 2B2-3 1.5

2B2 4.85 DEAD

LinStati

c

15.43

79 2B2-3 2

2B2 5.35 DEAD

LinStati

c

18.24

65 2B2-3 2.5

31


31/47

2B2 5.85 DEAD

LinStati

c

18.30

21 2B2-3 3

2B2 6.35 DEAD

LinStati

c

15.60

48 2B2-3 3.5

2B2 6.85 DEAD

LinStati

c

10.15

44 2B2-3 4

2B2 7.35 DEAD

LinStati

c 1.951 2B2-3 4.5

2B2 7.85 DEAD

LinStati

c

-

9.005

4 2B2-3 5

2B2 8.35 DEAD

LinStati

c

-

22.71

48 2B2-3 5.5

2B2 8.35 DEAD

LinStati

c

-

22.71

48 2B2-4 0

2B2

8.8428

6 DEAD

LinStati

c

-12.93

53 2B2-4 0.49286

2B2

9.3357

1 DEAD

LinStati

c

-

5.830

8 2B2-4 0.98571

2B2

9.8285

7 DEAD

LinStati

c

-

1.401

2 2B2-4 1.47857

2B2

10.321

43 DEAD

LinStati

c

0.353

6 2B2-4 1.97143

2B2

10.814

29 DEAD

LinStati

c

-

0.566

6 2B2-4 2.46429

2B2

11.307

14 DEAD

LinStati

c

-

4.161

7 2B2-4 2.95714

2B2 11.8 DEAD

LinStati

c

-

10.43

17 2B2-4 3.45

2B2 11.8 DEAD

LinStati

c

-

10.43

17 2B2-5 0

2B2

12.285

71 DEAD

LinStati

c

-1.147

7 2B2-5 0.48571

2B2

12.771

43 DEAD

LinStati

c

5.538

4 2B2-5 0.97143

2B2

13.257

14 DEAD

LinStati

c

9.626

6 2B2-5 1.45714

2B2

13.742

86 DEAD

LinStati

c

11.11

69 2B2-5 1.94286

2B2

14.228

57 DEAD

LinStati

c

10.00

92 2B2-5 2.42857

2B2

14.714

29 DEAD

LinStati

c

6.303

6 2B2-5 2.91429

30


32/47

2B2 15.2 DEAD

LinStati

c

3.33E

-14 2B2-5 3.4

2B3 0 DEAD

LinStati

c

4.44E

-16 2B3-1 0

2B3

0.4857

1 DEAD

LinStati

c

6.303

6 2B3-1 0.48571

2B3

0.9714

3 DEAD

LinStati

c

10.00

92 2B3-1 0.97143

2B3

1.4571

4 DEAD

LinStati

c

11.11

69 2B3-1 1.45714

2B3

1.9428

6 DEAD

LinStati

c

9.626

6 2B3-1 1.94286

2B3

2.4285

7 DEAD

LinStati

c

5.538

4 2B3-1 2.42857

2B3

2.9142

9 DEAD

LinStati

c

-

1.147

7 2B3-1 2.91429

2B3 3.4 DEAD

LinStati

c

-10.43

17 2B3-1 3.4

2B3 3.4 DEAD

LinStati

c

-

10.43

17 2B3-2 0

2B3

3.8928

6 DEAD

LinStati

c

-

4.161

7 2B3-2 0.49286

2B3

4.3857

1 DEAD

LinStati

c

-

0.566

6 2B3-2 0.98571

2B3

4.8785

7 DEAD

LinStati

c

0.353

6 2B3-2 1.47857

2B3

5.3714

3 DEAD

LinStati

c

-

1.401

2 2B3-2 1.97143

2B3

5.8642

9 DEAD

LinStati

c

-

5.830

8 2B3-2 2.46429

2B3

6.3571

4 DEAD

LinStati

c

-

12.93

53 2B3-2 2.95714

2B3 6.85 DEAD

LinStati

c

-22.71

48 2B3-2 3.45

2B3 6.85 DEAD

LinStati

c

-

22.71

48 2B3-3 0

2B3 7.35 DEAD

LinStati

c

-

9.005

4 2B3-3 0.5

2B3 7.85 DEAD

LinStati

c 1.951 2B3-3 1

2B3 8.35 DEAD

LinStati

c

10.15

44 2B3-3 1.5

32


33/47

2B3 8.85 DEAD

LinStati

c

15.60

48 2B3-3 2

2B3 9.35 DEAD

LinStati

c

18.30

21 2B3-3 2.5

2B3 9.85 DEAD

LinStati

c

18.24

65 2B3-3 3

2B3 10.35 DEAD

LinStati

c

15.43

79 2B3-3 3.5

2B3 10.85 DEAD

LinStati

c

9.876

3 2B3-3 4

2B3 11.35 DEAD

LinStati

c

1.561

7 2B3-3 4.5

2B3 11.85 DEAD

LinStati

c

-

9.506 2B3-3 5

2B3 12.35 DEAD

LinStati

c

-

23.32

66 2B3-3 5.5

2B3 12.35 DEAD

LinStati

c

-23.32

66 2B3-4 0

2B3 12.84 DEAD

LinStati

c

-

13.54

95 2B3-4 0.49

2B3 13.33 DEAD

LinStati

c

-

6.416

4 2B3-4 0.98

2B3 13.82 DEAD

LinStati

c

-

1.927

3 2B3-4 1.47

2B3 14.31 DEAD

LinStati

c

-

0.082

1 2B3-4 1.96

2B3 14.8 DEAD

LinStati

c

-

0.881 2B3-4 2.45

2B3 14.8 DEAD

LinStati

c

-

0.881 2B3-5 0

2B3 15.2 DEAD

LinStati

c

3.11E

-15 2B3-5 0.4

2B4 0 DEAD

LinStati

c

-

4.44E

-16 2B4-1 0

2B4

0.4857

1 DEAD

LinStati

c

6.303

6 2B4-1 0.48571

2B4

0.9714

3 DEAD

LinStati

c

10.00

92 2B4-1 0.97143

2B4

1.4571

4 DEAD

LinStati

c

11.11

69 2B4-1 1.45714

2B4

1.9428

6 DEAD

LinStati

c

9.626

6 2B4-1 1.94286

2B4

2.4285

7 DEAD

LinStati

c

5.538

4 2B4-1 2.42857

2B42.9142

9 DEADLinStatic

-

1.1477 2B4-1 2.91429

33


34/47

2B4 3.4 DEAD

LinStati

c

-

10.43

17 2B4-1 3.4

2B4 3.4 DEAD

LinStati

c

-

10.43

17 2B4-2 0

2B4

3.8928

6 DEAD

LinStati

c

-

4.161

7 2B4-2 0.49286

2B4

4.3857

1 DEAD

LinStati

c

-

0.566

6 2B4-2 0.98571

2B4

4.8785

7 DEAD

LinStati

c

0.353

6 2B4-2 1.47857

2B4

5.3714

3 DEAD

LinStati

c

-

1.401

2 2B4-2 1.97143

2B4

5.8642

9 DEAD

LinStati

c

-5.830

8 2B4-2 2.46429

2B4

6.3571

4 DEAD

LinStati

c

-

12.93

53 2B4-2 2.95714

2B4 6.85 DEAD

LinStati

c

-

22.71

48 2B4-2 3.45

2B4 6.85 DEAD

LinStati

c

-

22.71

48 2B4-3 0

2B4 7.35 DEAD

LinStati

c

-

9.005

4 2B4-3 0.5

2B4 7.85 DEAD

LinStati

c 1.951 2B4-3 1

2B4 8.35 DEAD

LinStati

c

10.15

44 2B4-3 1.5

2B4 8.85 DEAD

LinStati

c

15.60

48 2B4-3 2

2B4 9.35 DEAD

LinStati

c

18.30

21 2B4-3 2.5


18.2465 2B4-3 3

2B4 10.35 DEAD

LinStati

c

15.43

79 2B4-3 3.5

2B4 10.85 DEAD

LinStati

c

9.876

3 2B4-3 4

2B4 11.35 DEAD

LinStati

c

1.561

7 2B4-3 4.5

2B4 11.85 DEAD

LinStati

c

-

9.506 2B4-3 5

2B4 12.35 DEAD

LinStati

c

-

23.32

66 2B4-3 5.5

34


35/47

2B4 12.35 DEAD

LinStati

c

-

23.32

66 2B4-4 0

2B4 12.84 DEAD

LinStati

c

-

13.54

95 2B4-4 0.49

2B4 13.33 DEAD

LinStati

c

-

6.416

4 2B4-4 0.98

2B4 13.82 DEAD

LinStati

c

-

1.927

3 2B4-4 1.47

2B4 14.31 DEAD

LinStati

c

-

0.082

1 2B4-4 1.96

2B4 14.8 DEAD

LinStati

c

-

0.881 2B4-4 2.45


-0.881 2B4-5 0

2B4 15.2 DEAD

LinStati

c

-

6.11E

-15 2B4-5 0.4

2B5 0 DEAD

LinStati

c

-

8.88E

-16 2B5-1 0

2B5

0.4857

1 DEAD

LinStati

c

6.303

6 2B5-1 0.48571

2B5

0.9714

3 DEAD

LinStati

c

10.00

92 2B5-1 0.97143

2B5

1.4571

4 DEAD

LinStati

c

11.11

69 2B5-1 1.45714

2B5

1.9428

6 DEAD

LinStati

c

9.626

6 2B5-1 1.94286

2B5

2.4285

7 DEAD

LinStati

c

5.538

4 2B5-1 2.42857

2B5

2.9142

9 DEAD

LinStati

c

-

1.147

7 2B5-1 2.91429

2B5 3.4 DEAD

LinStati

c

-

10.43

17 2B5-1 3.4

2B5 3.4 DEAD

LinStati

c

-

10.43

17 2B5-2 0

2B5

3.8928

6 DEAD

LinStati

c

-

4.161

7 2B5-2 0.49286

2B5

4.3857

1 DEAD

LinStati

c

-

0.566

6 2B5-2 0.98571

2B5

4.8785

7 DEAD

LinStati

c

0.353

6 2B5-2 1.47857

2B5 5.3714 DEAD LinStati - 2B5-2 1.97143

3)


36/47

3 c

1.401

2

2B5

5.8642

9 DEAD

LinStati

c

-

5.830

8 2B5-2 2.46429

2B5

6.3571

4 DEAD

LinStati

c

-

12.93

53 2B5-2 2.95714

2B5 6.85 DEAD

LinStati

c

-

22.71

48 2B5-2 3.45

2B5 6.85 DEAD

LinStati

c

-

22.71

48 2B5-3 0

2B5 7.35 DEAD

LinStati

c

-

9.005

4 2B5-3 0.5

2B5 7.85 DEADLinStatic 1.951 2B5-3 1

2B5 8.35 DEAD

LinStati

c

10.15

44 2B5-3 1.5

2B5 8.85 DEAD

LinStati

c

15.60

48 2B5-3 2

2B5 9.35 DEAD

LinStati

c

18.30

21 2B5-3 2.5

2B5 9.85 DEAD

LinStati

c

18.24

65 2B5-3 3

2B5 10.35 DEAD

LinStati

c

15.43

79 2B5-3 3.5

2B5 10.85 DEAD

LinStati

c

9.876

3 2B5-3 4

2B5 11.35 DEAD

LinStati

c

1.561

7 2B5-3 4.5

2B5 11.85 DEAD

LinStati

c

-

9.506 2B5-3 5

2B5 12.35 DEAD

LinStati

c

-

23.32

66 2B5-3 5.5

2B5 12.35 DEAD

LinStati

c

-

23.32

66 2B5-4 0

2B5 12.84 DEAD

LinStati

c

-

13.54

95 2B5-4 0.49

2B5 13.33 DEAD

LinStati

c

-

6.416

4 2B5-4 0.98

2B5 13.82 DEAD

LinStati

c

-

1.927

3 2B5-4 1.47

2B5 14.31 DEAD

LinStati

c

-

0.082

1 2B5-4 1.96

3


37/47

2B5 14.8 DEAD

LinStati

c

-

0.881 2B5-4 2.45

2B5 14.8 DEAD

LinStati

c

-

0.881 2B5-5 0

2B5 15.2 DEAD

LinStati

c

5.88E

-15 2B5-5 0.4

' !artir e la Tabla ) e eter/inaron lo ia;ra/a e /o/ento. Eto e!reentan en Iltra"i-n 0)8 Iltra"i-n 0 = la Iltra"i-n 0,

3,

Ilustración 15: iara)a de )o)entos para ele)ento 1A7 1'7 2A7 27 3A - 3'


38/47

3F

Ilustración 1$: iara)a de )o)entos para los ele)entos 4A7 4'7 117 127 137 - 2'1


39/47

DISE,O DE$ RE-UER.OEn et9 /oela"i-n e eter/inaron lo /o/ento a"tante obre "aa ele/ento.

Se etrajeron lo /a=ore8 !oitivo = ne;ativo entre a!o=o. Se trae e eta

in$or/a"i-n Ae al !reentare n /o/ento ne;ativo a"tante8 la $ibra !erior een"entra a tra""i-n = la $ibra in$erior a "o/!rei-n8 = "ano el /o/ento ea

3

Ilustración 1%: iara)a de )o)entos para los ele)entos 2'27 2'37 2'4 - 2'5


40/47

!oitivo8 er9 !orAe la $ibra !erior e ele/ento et9 o/etia a "o/!rei-n = la$ibra in$erior a tra""i-n. En bae a ete "riterio e eter/ina la i!oi"i-n elre$ero. Se "onier- ae/9 n re"bri/iento e 4"/ !ara lo re$eroi!eto en la $ibra !erior = !ara lo i!eto en la $ibra in$erior. &o!ar9/etro Ae e to/aron !ara el /aterial e "on"reto = el a"ero = la e""i-n elnervio e e!e"i$i"an en la Tabla . El 9rea e a"ero obtenia !ara "aa /o/entoe e!e"#$i"a en la Tabla ,.

ala $: Par9)etros de diseo (8aterial - sección del nervio*

ala %: iseo del reuerzo a le;ión para los nervios de una loseta

(RA'E

L /$0'

/1N2$0

3ONA +

1A 0.4 -0.4635

psupuesta

0.00027

90p4

0.02125

0p5 6nal

0.000278

97As 37.8

pcalculaa

0.00027

90p$a7

0.01593

75p 6nal 0.0018

SR

1A 1.7252 -6.529

psupuesta

0.00411

66p4

0.02125

0p5 6nal

0.004116

63As

86.44932

42

pcalculaa

0.00411

66p$a7

0.01593

75p 6nal

0.004116

63 SR

1A 3.72515 5.1161

psupuesta

0.00318

91p4

0.02125

0p5 6nal

0.003189

09As

66.97094

66

pcalculaa

0.00318

91p$a7

0.01593

75p 6nal

0.003189

09 SR

1A 5.7251 -6.4136

psupuesta

0.00404

00p4

0.02125

0p5 6nal

0.004040

03As

84.84073

27

pcalculaa

0.00404

00p$a7

0.01593

75p 6nal

0.004040

03 SR

1A 7.2252 -0.4635

psupuesta

0.00027

90 p4 0.02125

0 p5 6nal 0.000278

97 As 37.8p

calculaa0.00027

90p$a7

0.01593

75p 6nal 0.0018

SR

1B 0.4 -0.8392

psupuesta

0.00050

65p4

0.02125

0p5 6nal

0.000506

45As 37.8

pcalculaa

0.00050

65p$a7

0.01593

75p 6nal 0.0018

SR

1B 1.7252 -11.8209

psupuesta

0.00781

12p4

0.02125

0p5 6nal

0.007811

18As

164.0347

37

pcalculaa

0.00781

12p$a7

0.01593

75p 6nal

0.007811

18 SR

1B 3.72515 9.2629

psupuesta

0.00597

84p4

0.02125

0p5 6nal

0.005978

45As

125.5474

34

pcalculaa

0.00597

84p$a7

0.01593

75p 6nal

0.005978

45 SR

1B 5.7251 -11.612 psupuesta

0.00765

79p4 0.02125

0p5 6nal 0.007657

88As 160.8154

62

41


41/47

pcalculaa

0.00765

79p$a7

0.01593

75p 6nal

0.007657

88 SR

1B 7.2252 -0.8392

psupuesta

0.00050

65p4

0.02125

0p5 6nal

0.000506

45As 37.8

pcalculaa

0.00050

65p$a7

0.01593

75p 6nal 0.0018

SR

1C1 0.4 -0.881

p

supuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

1C1 1.7252 -12.4089

psupuesta

0.00824

64p4

0.02125

0p5 6nal

0.008246

37As

173.1738

07

pcalculaa

0.00824

64p$a7

0.01593

75p 6nal

0.008246

37 SR

1C1 3.72515 9.7237

psupuesta

0.00630

17p4

0.02125

0p5 6nal

0.006301

72As

132.3361

48

pcalculaa

0.00630

17p$a7

0.01593

75p 6nal

0.006301

72 SR

1C1 5.7251 -12.1896

psupuesta

0.00808

34p4

0.02125

0p5 6nal

0.008083

42As

169.7517

44

pcalculaa

0.00808

34p$a7

0.01593

75p 6nal

0.008083

42 SR

1C1 7.2252 -0.881psupuesta

0.00053

18 p4 0.02125

0 p5 6nal 0.000531

84 As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

1C2 0.4 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

1C2 1.7252 -12.4089

psupuesta

0.00824

64p4

0.02125

0p5 6nal

0.008246

37As

173.1738

07

pcalculaa

0.00824

64p$a7

0.01593

75p 6nal

0.008246

37 SR

1C2 3.72515 9.7237

psupuesta

0.00630

17p4

0.02125

0p5 6nal

0.006301

72As

132.3361

48

pcalculaa

0.00630

17p$a7

0.01593

75p 6nal

0.006301

72 SR

1C2 5.7251 -12.1896

psupuesta

0.00808

34p4

0.02125

0p5 6nal

0.008083

42As

169.7517

44

pcalculaa

0.00808

34p$a7

0.01593

75p 6nal

0.008083

42 SR

1C2 7.2252 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

1C3 0.4 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

1C3 1.7252 -12.4089

psupuesta

0.00824

64p4

0.02125

0p5 6nal

0.008246

37As

173.1738

07

pcalculaa

0.00824

64 p$a7 0.01593

75 p 6nal 0.008246

37 SR

1C3 3.72515 9.7237

psupuesta

0.00630

17p4

0.02125

0p5 6nal

0.006301

72As

132.3361

48

pcalculaa

0.00630

17p$a7

0.01593

75p 6nal

0.006301

72 SR

1C3 5.7251 -12.1896

psupuesta

0.00808

34p4

0.02125

0p5 6nal

0.008083

42As

169.7517

44

pcalculaa

0.00808

34p$a7

0.01593

75p 6nal

0.008083

42 SR

1C3 7.2252 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

3ONA )

2A 0.4 -1.4309 psupuesta

0.0008673

p4 0.021250

p5 6nal 0.00086725

As 37.8

40


42/47

pcalculaa

0.00086

73p$a7

0.01593

75p 6nal 0.0018

SR

2A 0.89 0.329

psupuesta

0.00019

78p4

0.02125

0p5 6nal

0.000197

82As 37.8

pcalculaa

0.00019

78p$a7

0.01593

75p 6nal 0.0018

SR

2A

2.85 -23.6734

p

supuesta

0.01804

28p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01804

28p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+2.319234

809 As DR367.1697

8 p50.00154

68 85s98-'n/$a7

SR023.984542

97 As53.24823E-

05 p0.017484

28 pc-0.02448

33

2A 5.85 18.167

psupuesta

0.01284

51p4

0.02125

0p5 6nal

0.012845

12As

269.7474

3

pcalculaa

0.01284

51p$a7

0.01593

75p 6nal

0.012845

12 SR

2A

8.35 -22.6735

psupuesta

0.01701

96p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01701

96p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.208234

809 As DR351.6095

56 p50.00080

58 85s98-'n/$a7

SR023.984542

97 As51.69221E-

05 p0.016743

31 pc-0.02374

23

2A 10.3214

3 0.7159

psupuesta

0.00043

17p4

0.02125

0p5 6nal

0.000431

66As 37.8

pcalculaa

0.00043

17p$a7

0.01593

75p 6nal 0.0018

SR

2A 11.8 -12.8096

psupuesta

0.00854

61p4

0.02125

0p5 6nal

0.008546

15As

179.4691

02

pcalculaa

0.00854

61p$a7

0.01593

75p 6nal

0.008546

15 SR

2A 13.7428

6 13.0522

psupuesta

0.00872

89p4

0.02125

0p5 6nal

0.008728

94As

183.3077

88

pcalculaa

0.00872

89p$a7

0.01593

75p 6nal

0.008728

94 SR

2B1 0.4 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

2B1

2.85 -23.3266

psupuesta

0.01768

31p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01768

31p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.933901

476 As DR361.7729

55 p50.00128

98 85s98-'n/$a7

SR023.984542

97 As52.70855E-

05 p0.017227

28 pc-0.02422

63

2B1 5.85 18.3021

psupuesta

0.01296

16p4

0.02125

0p5 6nal

0.012961

65As

272.1945

74

pcalculaa

0.01296

16 p$a7 0.01593

75 p 6nal 0.012961

65 SR

2B1

8.35 -22.7148

psupuesta

0.01706

11p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01706

11p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.254123

698 As DR352.2522

58 p50.00083

64 85s98-'n/$a7

SR023.984542

97 As51.75648E-

05 p0.016773

92 pc-0.02377

29

2B1 10.3214

3 0.3536

psupuesta

0.00021

27p4

0.02125

0p5 6nal

0.000212

65As 37.8

pcalculaa

0.00021

27p$a7

0.01593

75p 6nal 0.0018

SR

2B1 11.8 -10.4317

psupuesta

0.00680

41p4

0.02125

0p5 6nal

0.006804

14As

142.8869

43

pcalculaa

0.00680

41p$a7

0.01593

75p 6nal

0.006804

14 SR

42


43/47

2B1 13.7428

6 11.1169

psupuesta

0.00729

72p4

0.02125

0p5 6nal

0.007297

23As

153.2418

59

pcalculaa

0.00729

72p$a7

0.01593

75p 6nal

0.007297

23 SR

2B2 0.4 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

p

calculaa

0.00053

18

p$a7 0.01593

75

p 6nal 0.0018

SR

2B2

2.85 -23.3266

psupuesta

0.01768

31p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01768

31p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.933901

476 As DR361.7729

55 p50.00128

98 85s98-'n/$a7

SR023.984542

97 As52.70855E-

05 p0.017227

28 pc-0.02422

63

2B2 10.3214

3 0.3536

psupuesta

0.00021

27p4

0.02125

0p5 6nal

0.000212

65As 37.8

pcalculaa

0.00021

27p$a7

0.01593

75p 6nal 0.0018

SR

2B2 11.8 -10.4317

psupuesta

0.00680

41p4

0.02125

0p5 6nal

0.006804

14As

142.8869

43

pcalculaa 0.0068041 p$a7 0.0159375 p 6nal 0.00680414 SR

2B2 13.7428

6 11.1169

psupuesta

0.00729

72p4

0.02125

0p5 6nal

0.007297

23As

153.2418

59

pcalculaa

0.00729

72p$a7

0.01593

75p 6nal

0.007297

23 SR

2B3 1.45714 11.1169

psupuesta

0.00729

72p4

0.02125

0p5 6nal

0.007297

23As

153.2418

59

pcalculaa

0.00729

72p$a7

0.01593

75p 6nal

0.007297

23 SR

2B3 3.4 -10.4317

psupuesta

0.00680

41p4

0.02125

0p5 6nal

0.006804

14As

142.8869

43

pcalculaa

0.00680

41p$a7

0.01593

75p 6nal

0.006804

14 SR

2B3 4.87857 0.3536

p

supuesta

0.00021

27p4

0.02125

0p5 6nal

0.000212

65As 37.8

pcalculaa

0.00021

27p$a7

0.01593

75p 6nal 0.0018

SR

2B2 5.85 18.3021

psupuesta

0.01296

16p4

0.02125

0p5 6nal

0.012961

65As

272.1945

74

pcalculaa

0.01296

16p$a7

0.01593

75p 6nal

0.012961

65 SR

2B2

8.35 -22.7148

psupuesta

0.01706

11p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01706

11p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.254123

698 As DR352.2522

58 p50.00083

64 85s98-'n/$a7

SR023.984542

97 As51.75648E-

05 p0.016773

92 pc-0.02377

29

2B3

6.85 -22.7148psupuesta

0.01706

11 p4 0.02125

0 p5 6nal 0.015937

5 As 334.6875

pcalculaa

0.01706

11p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.254123

698 As DR352.2522

58 p50.00083

64 85s98-'n/$a7

SR023.984542

97 As51.75648E-

05 p0.016773

92 pc-0.02377

29

2B3 9.35 18.3021

psupuesta

0.01296

16p4

0.02125

0p5 6nal

0.012961

65As

272.1945

74

pcalculaa

0.01296

16p$a7

0.01593

75p 6nal

0.012961

65 SR 2B3

12.35 -23.3266

psupuesta

0.01768

31p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01768

31p$a7

0.01593

75p 6nal

0.015937

5 DR CALCULO DR

a 0.07875 '+ 1.933901476

As DR 361.772955

p5 0.0012898

85s98-

43


44/47

'n/$a7SR0

23.984542

97 As52.70855E-

05 p0.017227

28 pc-0.02422

63

2B3 14.8 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

2B4 1.45714 11.1169

p

supuesta

0.00729

72

p4 0.02125

0

p5 6nal 0.007297

23

As 153.2418

59p

calculaa0.00729

72p$a7

0.01593

75p 6nal

0.007297

23 SR

2B4 3.4 -10.4317

psupuesta

0.00680

41p4

0.02125

0p5 6nal

0.006804

14As

142.8869

43

pcalculaa

0.00680

41p$a7

0.01593

75p 6nal

0.006804

14 SR

2B4 4.87857 0.3536

psupuesta

0.00021

27p4

0.02125

0p5 6nal

0.000212

65As 37.8

pcalculaa

0.00021

27p$a7

0.01593

75p 6nal 0.0018

SR

2B4

6.85 -22.7148

psupuesta

0.01706

11p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01706

11p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+ 1.254123698 As DR 352.252258 p5 0.0008364 85s98-'n/$a7

SR023.984542

97 As51.75648E-

05 p0.016773

92 pc-0.02377

29

2B4 9.35 18.3021

psupuesta

0.01296

16p4

0.02125

0p5 6nal

0.012961

65As

272.1945

74

pcalculaa

0.01296

16p$a7

0.01593

75p 6nal

0.012961

65 SR

2B4

12.35 -23.3266

psupuesta

0.01768

31p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01768

31p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.933901

476 As DR361.7729

55 p50.00128

98 85s98-'n/$a7

SR0

23.984542

97

As5

2.70855E-

05

p

0.017227

28

pc-

0.02422

63

2B4 14.8 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

pcalculaa

0.00053

18p$a7

0.01593

75p 6nal 0.0018

SR

2B5 1.45714 11.1169

psupuesta

0.00729

72p4

0.02125

0p5 6nal

0.007297

23As

153.2418

59

pcalculaa

0.00729

72p$a7

0.01593

75p 6nal

0.007297

23 SR

2B5 3.4 -10.4317

psupuesta

0.00680

41p4

0.02125

0p5 6nal

0.006804

14As

142.8869

43

pcalculaa

0.00680

41p$a7

0.01593

75p 6nal

0.006804

14 SR

2B5 4.87857 0.3536

psupuesta

0.00021

27p4

0.02125

0p5 6nal

0.000212

65As 37.8

pcalculaa0.00021

27 p$a7 0.01593

75 p 6nal 0.0018 SR

2B5

6.85 -22.7148

psupuesta

0.01706

11p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01706

11p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+1.254123

698 As DR352.2522

58 p50.00083

64 85s98-'n/$a7

SR023.984542

97 As51.75648E-

05 p0.016773

92 pc-0.02377

29

2B5 9.35 18.3021

psupuesta

0.01296

16p4

0.02125

0p5 6nal

0.012961

65As

272.1945

74

pcalculaa

0.01296

16p$a7

0.01593

75p 6nal

0.012961

65 SR 2B5 12.35 -23.3266 p

supuesta0.01768

31p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01768

31

p$a7 0.0159375

p 6nal 0.0159375

DR

44


45/47

CALCULO DR

a 0.07875 '+1.933901

476 As DR361.7729

55 p50.00128

98 85s98-'n/$a7

SR023.984542

97 As52.70855E-

05 p0.017227

28 pc-0.02422

63

2B5 14.8 -0.881

psupuesta

0.00053

18p4

0.02125

0p5 6nal

0.000531

84As 37.8

p

calculaa

0.00053

18

p$a7 0.01593

75

p 6nal 0.0018

SR

2C 1.45714 11.088

psupuesta

0.00727

63p4

0.02125

0p5 6nal

0.007276

29As

152.8021

76

pcalculaa

0.00727

63p$a7

0.01593

75p 6nal

0.007276

29 SR

2C 3.4 -10.499

psupuesta

0.00685

23p4

0.02125

0p5 6nal

0.006852

27As

143.8976

32

pcalculaa

0.00685

23p$a7

0.01593

75p 6nal

0.006852

27 SR

2C 4.87857 0.4304

psupuesta

0.00025

90p4

0.02125

0p5 6nal

0.000258

98As 37.8

pcalculaa

0.00025

90p$a7

0.01593

75p 6nal 0.0018

SR

2C

6.85 -22.4457

psupuesta

0.01679

22p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa0.01679

22 p$a7 0.01593

75 p 6nal 0.015937

5 DR

CALCULO DR

a 0.07875 '+0.955123

698 As DR348.0645

83 p50.00063

70 85s98-'n/$a7

SR023.984542

97 As51.33771E-

05 p0.016574

5 pc-0.02357

35

2C 9.35 18.0687

psupuesta

0.01276

06p4

0.02125

0p5 6nal

0.012760

62As

267.9729

19

pcalculaa

0.01276

06p$a7

0.01593

75p 6nal

0.012760

62 SR

2C

12.35 -24.1631

psupuesta

0.01855

99p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.01855

99p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+2.863345

92 As DR374.7903

84 p50.00190

97 85s98-'n/$a7

SR023.984542

97 As54.01029E-

05 p0.017847

16 pc-0.02484

62

2C 14.31 1.302

psupuesta

0.00078

84p4

0.02125

0p5 6nal

0.000788

39As 37.8

pcalculaa

0.00078

84p$a7

0.01593

75p 6nal 0.0018

SR

2C 14.8 -1.1982

psupuesta

0.00072

50p4

0.02125

0p5 6nal

0.000724

99As 37.8

pcalculaa

0.00072

50p$a7

0.01593

75p 6nal 0.0018

SR

3ONA .

3A 1.45714 11.8732

psupuesta

0.00784

97p4

0.02125

0p5 6nal

0.007849

66As

164.8429

49

p

calculaa

0.00784

97

p$a7 0.01593

75

p 6nal 0.007849

66 SR

3A 3.4 -8.6669

psupuesta

0.00556

45p4

0.02125

0p5 6nal

0.005564

54As

116.8553

16

pcalculaa

0.00556

45p$a7

0.01593

75p 6nal

0.005564

54 SR

3A

6.85 -29.7741

psupuesta

0.02558

57p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.02558

57p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+9.097790

365 As DR462.1075

33 p50.00606

76 85s98-'n/$a7

SR023.984542

97 As50.000127

42 p0.022005

12 pc-0.02900

41

3A 9.85 27.0105 psupuesta

0.02182

28p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa0.02182

28p$a7 0.01593

75p 6nal 0.015937

5DR

4)


46/47

CALCULO DR

a 0.07875 '+6.027123

698 As DR419.1009

97 p50.00401

97 85s98-'n/$a7

SR023.984542

97 As58.44135E-

05 p0.019957

19 pc-0.02695

62

3A 12.35 -1.3765

psupuesta

0.00083

40p4

0.02125

0p5 6nal

0.000833

95As 37.8

p

calculaa

0.00083

40

p$a7 0.01593

75

p 6nal 0.0018

SR

3B 1.45714 8.8559

psupuesta

0.00569

53p4

0.02125

0p5 6nal

0.005695

29As

119.6010

88

pcalculaa

0.00569

53p$a7

0.01593

75p 6nal

0.005695

29 SR

3B 3.4 -5.7115

psupuesta

0.00357

73p4

0.02125

0p5 6nal

0.003577

26As

75.12241

36

pcalculaa

0.00357

73p$a7

0.01593

75p 6nal

0.003577

26 SR

3B

6.85 -29.9462

psupuesta

0.02584

84p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.02584

84p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCU

LO DR

a 0.07875 '+9.289012

587 As DR464.7857

16 p50.00619

52 85s98-

'n/$a7SR0 23.98454297 As5 0.000130098 p 0.02213265 pc- 0.0291317

3B

9.85 26.9323

psupuesta

0.02172

63p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.02172

63p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+5.940234

809 As DR417.8840

66 p50.00396

17 85s98-'n/$a7

SR023.984542

97 As58.31966E-

05 p0.019899

24 pc-0.02689

82

3B 12.35 -1.3765

psupuesta

0.00083

40p4

0.02125

0p5 6nal

0.000833

95As 37.8

pcalculaa

0.00083

40p$a7

0.01593

75p 6nal 0.0018

SR

3ONA :

4A 0.9248 -4.6198

psupuesta

0.00286

84p4 0.02125

0p5 6nal 0.002868

45As 60.23743

76

pcalculaa

0.00286

84p$a7

0.01593

75p 6nal

0.002868

45 SR

4A

2.25 -32.2744

psupuesta

0.02993

51p4

0.02125

0p5 6nal

0.015937

5As 334.6875

pcalculaa

0.02993

51p$a7

0.01593

75p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+11.87590

148 As DR501.0166

52 p50.00792

04 85s98-'n/$a7

SR023.984542

97 As50.000166

329 p0.023857

94 pc-0.03085

69

4A

5.75 25.216

psupuesta

0.01971

16p4

0.02125

0p5 6nal

0.015937

5As 334.6875

p

calculaa

0.01971

16 p$a7

0.01593

75 p 6nal

0.015937

5 DR

CALCULO DR

a 0.07875 '+4.033234

809 As DR391.1753

82 p50.00268

99 85s98-'n/$a7

SR023.984542

97 As55.64879E-

05 p0.018627

4 pc-0.02562

64

4A 7.75 -1.3504

psupuesta

0.00081

80p4

0.02125

0p5 6nal

0.000817

98As 37.8

pcalculaa

0.00081

80p$a7

0.01593

75p 6nal 0.0018

SR

4B 0.9248 -2.6116

psupuesta

0.00159

68p4

0.02125

0p5 6nal

0.001596

75As 37.8

pcalculaa

0.00159

68p$a7

0.01593

75p 6nal 0.0018

SR

4B 2.25 -18.2447

psupuesta

0.01291

21p4

0.02125

0p5 6nal

0.012912

08As

271.1536

72

pcalculaa

0.0129121

p$a7 0.0159375

p 6nal 0.01291208 SR

4


47/47

4B 5.75 14.2546

psupuesta

0.00965

00p4

0.02125

0p5 6nal 0.00965 As

202.6499

42

pcalculaa

0.00965

00p$a7

0.01593

75p 6nal 0.00965

SR

4B 7.75 -0.7634p

supuesta0.00046

05p4

0.02125

0p5 6nal

0.000460

46As 37.8

p

calculaa

0.00046

05

p$a7 0.01593

75

p 6nal 0.0018

SR

CONC$USIONES• En too lo ele/ento e reAiri- en lo volaio el re$ero tiliano la

"ant#a /#ni/a.• &o ele/ento e la ona 28 3 = el ele/ento 4 '8 reAirieron oble re$ero

en al;no e tra/o8• El ele/ento 4 B a i$eren"ia el ele/ento 4 '8 lo "ale "o/!arten la

/i/a e!e"i$i"a"ione en "anto a i/eni-n = ;eo/etr#a8 e ie7- entoa lon;it i/!le/ente re$orao8 ebio a Ae 9rea a$erente e/enor = !or lo tanto no et9 e!eto a /o/ento Ae reAieran re$erooble.

• &a /a=or#a e /o/ento Ae reAirieron oble re$ero8 eran /o/entone;ativo. Eto e ;enera ebio a Ae la rea""ione en lo a!o=o!reentan /a;nite alta8 !eto Ae la i!oi"i-n en la ona 28 3 = 4 loa!o=o o!ortan na l e ).) /.