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MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
CAPITULO 5.- DISEÑO SISMORESISTENTE
DE EDIFICIOS
5.1 Espectros de diseño
5.2 Códigos sismo-resistentes
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
5 m 5 m 5 m
5 m
5 m
5 m
X
Y
CALCULAR FUERZAS
SISMICAS POR
METODO ESTATICO
EQUIVALENTE
CON COEFICIENTE
SISMICO Cs:
1. CEC-02
Z=0.3 - GYE
2. ASCE 7-10/
MDSEG-01
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
TIPO DE SUELO = SUELO BLANDO
CENTRO DE GUAYAQUIL
SF (ASCE 7-10)
S4 (CEC-02)
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA ASCE 7-10
R = 1 I = 1
Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.750
S1 = 0.500 Sd1 = 0.333 S1 = 0.500 Sd1 = 0.433 S1 = 0.500 Sd1 = 0.500 S1 = 0.500 Sd1 = 0.800
Fa = 1.000 To = 0.080 Fa = 1.000 To = 0.104 Fa = 1.000 To = 0.120 Fa = 0.900 To = 0.213
Fv = 1.000 Ts = 0.400 Fv = 1.300 Ts = 0.520 Fv = 1.500 Ts = 0.600 Fv = 2.400 Ts = 1.067
SB SC SD SE
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
z = 0.3 I = 1
S = 1 S =
Cm = 2.5 Cm =
T C Sa T
0.0 2.500 0.750 0.0
0.1 2.500 0.750 0.1
S1
z = 0.3 I = 1 φp = 1 φe =
S = 1 S = 1.2 S =
Cm = 2.5 Cm = 3 Cm =
T C Sa T C Sa T
0.0 2.500 0.750 0.0 3.000 0.900 0.0
0.1 2.500 0.750 0.1 3.000 0.900 0.1
S1 S2
z = 0.3 I = 1 φp = 1 φe = 1 R = 1
S = 1 S = 1.2 S = 1.5 S =
Cm = 2.5 Cm = 3 Cm = 2.8 Cm =
T C Sa T C Sa T C Sa T
0.0 2.500 0.750 0.0 3.000 0.900 0.0 2.800 0.840 0.0
0.1 2.500 0.750 0.1 3.000 0.900 0.1 2.800 0.840 0.1
S1 S2 S3
z = 0.3 I = 1 φp = 1 φe = 1 R = 1
S = 1 S = 1.2 S = 1.5 S = 2
Cm = 2.5 Cm = 3 Cm = 2.8 Cm = 2.5
T C Sa T C Sa T C Sa T C Sa
0.0 2.500 0.750 0.0 3.000 0.900 0.0 2.800 0.840 0.0 2.500 0.750
0.1 2.500 0.750 0.1 3.000 0.900 0.1 2.800 0.840 0.1 2.500 0.750
S1 S2 S3 S4
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
LA ESTRUCTURA ES
DE HORMIGON ARMADO USO
OFICINAS Y APARTAMENTOS
TIENE PORTICOS
RESISTENTES A MOMENTOS
CON MUROS RESISTENTES
A CORTE DEL PISO 2 AL 9
EL PRIMER PISO ES BLANDO
PORQUE HAY UN MEZZANINE
Y NO HAY MUROS A CORTE
PARA PODER CUMPLIR CON
ASCE 7-10 Y CEC-02 DEBE
SER ESPECIALMENTE
DISENADO CON COLUMNAS
MAS FUERTES QUE LAS VIGAS
DENTRO DE CADA PISO
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
ASCE 7-10
En Categorías Sísmicas D, E y F el sistema debe ser Especial C.5. y
se podrá usar R = 8. Los sistemas C.3 y C.4 no son permitidos
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
LAS CATEGORIAS DE DISENO SISMICO ASCE 7-10
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
PENALIZACION ELEVACION IRREGULAR CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
CEC-02
ESTA ESTRUCTURA:
= 0.9 x 0.9 x 1.0
= 0.81
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
PENALIZACION PLANTA IRREGULAR CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
ESTA ESTRUCTURA:
= 1.0 x 1.0
= 1.0
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
RESTRICCIONES ESTRUCTURAS IRREGULARES ASCE 7-10
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
ESPECIFICACIONES PARA PISOS BLANDOS Y DEBILES
EN CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA CEC-02
COEFICIENTE SISMICO CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA ASCE 7-10
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
NORMA CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
DETERMINACION DEL PERIODO ASCE7-10
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
DISTRIBUCION DE FUERZAS ASCE7-10
Calculo de Fuerzas Sismicas Conforme Norma Ecuatoriana CEC-02 y Americana ASCE7-10
Parametros Generales:
Factor Importancia I = 1 (Oficinas Apartamentos = Categoria II en ASCE 7-10)
Tipo de Suelo = SF (Norma ASCE 7-10) S4 (Norma CEC-02)
Tipo de Estructura = Sistema de Porticos Especialmente Disenados para Sismos
Peso Estructura = 1912.5 Ton
Altura Estructura (hn) = 30 m
Periodo CEC-02 = Ct = 0.08
Periodo ASCE7-10 = Ct = 0.0466 x = 0.9
k= 1.25
Parametros de Norma CEC-02: Parametros de Norma ASCE7-10/MDSEG-01:
T = 1.03 seg Ta = 0.99 seg
CZ (Sa) = 0.75 g Sa (CZ) = 0.9 g
R = 10 R = 8
f = 0.81
Cs = 0.093 Cs = 0.1125
V = 177.1 Ton V = 215.2 Ton
Ft = 12.7 Ton Ft = 15.0 Ton
V - Ft = 164.4 Ton V - Ft = 200.2 Ton
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
PISO PESO (wx) Altura Piso (hx) wx*hx / = Fi (Ton) Ft + Fi (Ton) Vi (Ton)
9 112.5 30 3375 0.102 16.8 29.5 29.5
8 225 27 6075 0.184 30.2 30.2 59.7
7 225 24 5400 0.163 26.8 26.8 86.5
6 225 21 4725 0.143 23.5 23.5 110.0
5 225 18 4050 0.122 20.1 20.1 130.1
4 225 15 3375 0.102 16.8 16.8 146.9
3 225 12 2700 0.082 13.4 13.4 160.3
2 225 9 2025 0.061 10.1 10.1 170.4
1 225 6 1350 0.041 6.7 6.7 177.1
1912.5 = 33075 = 177.1
DISTRIBUCION DE FUERZAS NORMA CEC-02
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
DISTRIBUCION FUERZAS CEC-02/MDSEG-01
PISO PESO (wx) Altura Piso (hx) wx*hx / = Fi (Ton) Ft + Fi (Ton) Vi (Ton)
9 112.5 30 3375 0.102 20.4 35.4 35.4
8 225 27 6075 0.184 36.8 36.8 72.2
7 225 24 5400 0.163 32.7 32.7 104.9
6 225 21 4725 0.143 28.6 28.6 133.5
5 225 18 4050 0.122 24.5 24.5 158.0
4 225 15 3375 0.102 20.4 20.4 178.4
3 225 12 2700 0.082 16.3 16.3 194.7
2 225 9 2025 0.061 12.3 12.3 207.0
1 225 6 1350 0.041 8.2 8.2 215.2
1912.5 = 33075 = 215.2
MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO
UNIVERSIDAD CATOLICA DE
SANTIAGO DE GUAYAQUIL
DISTRIBUCION FUERZAS NORMA ASCE7-10
PISO PESO (wx) Altura Piso (hx) = Fi (Ton) Vi (Ton)
9 112.5 30 7899 0.114 24.5 24.5
8 225 27 13848 0.199 42.9 67.4
7 225 24 11952 0.172 37.0 104.4
6 225 21 10115 0.146 31.3 135.7
5 225 18 8342 0.120 25.8 161.6
4 225 15 6642 0.096 20.6 182.2
3 225 12 5025 0.072 15.6 197.7
2 225 9 3507 0.051 10.9 208.6
1 225 6 2113 0.030 6.5 215.2
1912.5 = 69443 = 215.2

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2011 sismica-cap-5-parte-4

  • 1. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL CAPITULO 5.- DISEÑO SISMORESISTENTE DE EDIFICIOS 5.1 Espectros de diseño 5.2 Códigos sismo-resistentes
  • 2. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL 5 m 5 m 5 m 5 m 5 m 5 m X Y CALCULAR FUERZAS SISMICAS POR METODO ESTATICO EQUIVALENTE CON COEFICIENTE SISMICO Cs: 1. CEC-02 Z=0.3 - GYE 2. ASCE 7-10/ MDSEG-01
  • 3. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL TIPO DE SUELO = SUELO BLANDO CENTRO DE GUAYAQUIL SF (ASCE 7-10) S4 (CEC-02)
  • 4. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 5. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA ASCE 7-10
  • 6. R = 1 I = 1 Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.833 Ss = 1.250 Sds = 0.750 S1 = 0.500 Sd1 = 0.333 S1 = 0.500 Sd1 = 0.433 S1 = 0.500 Sd1 = 0.500 S1 = 0.500 Sd1 = 0.800 Fa = 1.000 To = 0.080 Fa = 1.000 To = 0.104 Fa = 1.000 To = 0.120 Fa = 0.900 To = 0.213 Fv = 1.000 Ts = 0.400 Fv = 1.300 Ts = 0.520 Fv = 1.500 Ts = 0.600 Fv = 2.400 Ts = 1.067 SB SC SD SE MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 7. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 8. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 9. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL z = 0.3 I = 1 S = 1 S = Cm = 2.5 Cm = T C Sa T 0.0 2.500 0.750 0.0 0.1 2.500 0.750 0.1 S1 z = 0.3 I = 1 φp = 1 φe = S = 1 S = 1.2 S = Cm = 2.5 Cm = 3 Cm = T C Sa T C Sa T 0.0 2.500 0.750 0.0 3.000 0.900 0.0 0.1 2.500 0.750 0.1 3.000 0.900 0.1 S1 S2 z = 0.3 I = 1 φp = 1 φe = 1 R = 1 S = 1 S = 1.2 S = 1.5 S = Cm = 2.5 Cm = 3 Cm = 2.8 Cm = T C Sa T C Sa T C Sa T 0.0 2.500 0.750 0.0 3.000 0.900 0.0 2.800 0.840 0.0 0.1 2.500 0.750 0.1 3.000 0.900 0.1 2.800 0.840 0.1 S1 S2 S3 z = 0.3 I = 1 φp = 1 φe = 1 R = 1 S = 1 S = 1.2 S = 1.5 S = 2 Cm = 2.5 Cm = 3 Cm = 2.8 Cm = 2.5 T C Sa T C Sa T C Sa T C Sa 0.0 2.500 0.750 0.0 3.000 0.900 0.0 2.800 0.840 0.0 2.500 0.750 0.1 2.500 0.750 0.1 3.000 0.900 0.1 2.800 0.840 0.1 2.500 0.750 S1 S2 S3 S4
  • 10. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 11. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL LA ESTRUCTURA ES DE HORMIGON ARMADO USO OFICINAS Y APARTAMENTOS TIENE PORTICOS RESISTENTES A MOMENTOS CON MUROS RESISTENTES A CORTE DEL PISO 2 AL 9 EL PRIMER PISO ES BLANDO PORQUE HAY UN MEZZANINE Y NO HAY MUROS A CORTE PARA PODER CUMPLIR CON ASCE 7-10 Y CEC-02 DEBE SER ESPECIALMENTE DISENADO CON COLUMNAS MAS FUERTES QUE LAS VIGAS DENTRO DE CADA PISO
  • 12. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA CEC-02
  • 13. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL ASCE 7-10 En Categorías Sísmicas D, E y F el sistema debe ser Especial C.5. y se podrá usar R = 8. Los sistemas C.3 y C.4 no son permitidos
  • 14. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL LAS CATEGORIAS DE DISENO SISMICO ASCE 7-10
  • 15. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA CEC-02
  • 16. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL PENALIZACION ELEVACION IRREGULAR CEC-02
  • 17. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL CEC-02 ESTA ESTRUCTURA: = 0.9 x 0.9 x 1.0 = 0.81
  • 18. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL PENALIZACION PLANTA IRREGULAR CEC-02
  • 19. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL ESTA ESTRUCTURA: = 1.0 x 1.0 = 1.0
  • 20. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL RESTRICCIONES ESTRUCTURAS IRREGULARES ASCE 7-10
  • 21. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 22. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL ESPECIFICACIONES PARA PISOS BLANDOS Y DEBILES EN CEC-02
  • 23. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA CEC-02 COEFICIENTE SISMICO CEC-02
  • 24. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA ASCE 7-10
  • 25. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA CEC-02
  • 26. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL NORMA CEC-02
  • 27. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL DETERMINACION DEL PERIODO ASCE7-10
  • 28. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL DISTRIBUCION DE FUERZAS ASCE7-10
  • 29. Calculo de Fuerzas Sismicas Conforme Norma Ecuatoriana CEC-02 y Americana ASCE7-10 Parametros Generales: Factor Importancia I = 1 (Oficinas Apartamentos = Categoria II en ASCE 7-10) Tipo de Suelo = SF (Norma ASCE 7-10) S4 (Norma CEC-02) Tipo de Estructura = Sistema de Porticos Especialmente Disenados para Sismos Peso Estructura = 1912.5 Ton Altura Estructura (hn) = 30 m Periodo CEC-02 = Ct = 0.08 Periodo ASCE7-10 = Ct = 0.0466 x = 0.9 k= 1.25 Parametros de Norma CEC-02: Parametros de Norma ASCE7-10/MDSEG-01: T = 1.03 seg Ta = 0.99 seg CZ (Sa) = 0.75 g Sa (CZ) = 0.9 g R = 10 R = 8 f = 0.81 Cs = 0.093 Cs = 0.1125 V = 177.1 Ton V = 215.2 Ton Ft = 12.7 Ton Ft = 15.0 Ton V - Ft = 164.4 Ton V - Ft = 200.2 Ton MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL
  • 30. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL PISO PESO (wx) Altura Piso (hx) wx*hx / = Fi (Ton) Ft + Fi (Ton) Vi (Ton) 9 112.5 30 3375 0.102 16.8 29.5 29.5 8 225 27 6075 0.184 30.2 30.2 59.7 7 225 24 5400 0.163 26.8 26.8 86.5 6 225 21 4725 0.143 23.5 23.5 110.0 5 225 18 4050 0.122 20.1 20.1 130.1 4 225 15 3375 0.102 16.8 16.8 146.9 3 225 12 2700 0.082 13.4 13.4 160.3 2 225 9 2025 0.061 10.1 10.1 170.4 1 225 6 1350 0.041 6.7 6.7 177.1 1912.5 = 33075 = 177.1 DISTRIBUCION DE FUERZAS NORMA CEC-02
  • 31. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL DISTRIBUCION FUERZAS CEC-02/MDSEG-01 PISO PESO (wx) Altura Piso (hx) wx*hx / = Fi (Ton) Ft + Fi (Ton) Vi (Ton) 9 112.5 30 3375 0.102 20.4 35.4 35.4 8 225 27 6075 0.184 36.8 36.8 72.2 7 225 24 5400 0.163 32.7 32.7 104.9 6 225 21 4725 0.143 28.6 28.6 133.5 5 225 18 4050 0.122 24.5 24.5 158.0 4 225 15 3375 0.102 20.4 20.4 178.4 3 225 12 2700 0.082 16.3 16.3 194.7 2 225 9 2025 0.061 12.3 12.3 207.0 1 225 6 1350 0.041 8.2 8.2 215.2 1912.5 = 33075 = 215.2
  • 32. MATERIA: ING. SISMICA PROFESOR: DR. JAIME F. ARGUDO UNIVERSIDAD CATOLICA DE SANTIAGO DE GUAYAQUIL DISTRIBUCION FUERZAS NORMA ASCE7-10 PISO PESO (wx) Altura Piso (hx) = Fi (Ton) Vi (Ton) 9 112.5 30 7899 0.114 24.5 24.5 8 225 27 13848 0.199 42.9 67.4 7 225 24 11952 0.172 37.0 104.4 6 225 21 10115 0.146 31.3 135.7 5 225 18 8342 0.120 25.8 161.6 4 225 15 6642 0.096 20.6 182.2 3 225 12 5025 0.072 15.6 197.7 2 225 9 3507 0.051 10.9 208.6 1 225 6 2113 0.030 6.5 215.2 1912.5 = 69443 = 215.2