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2
125
1045
912
I y II Y1 I =
Y2 II =
0.1 kg/cm2 COHESION (C) = 1.00 Tn/m2
23.5 (°) ANGULO DE FRICCION (Ø) = 0.41 rad
2.04 gr/cm3 PESO ESPECIFICO (ɣ) = 2.04 Tn/m3
Nq= 9.11 d c= 0.84
Nc= 3.93 dq = 0.90
N ϒ = 8.79 d ϒ= 1.00
fc= 2.86 i c, i q=1.00
fq= 1.35 i ϒ= 1.00
f ϒ= 0.68 β=
Inclinacion de la carga sobre la cimentacion
respecto a la vertical
ANGULO DE FRICCION (Ø) =
PESO ESPECIFICO (ɣ) =
FACTORES DE CAPACIDAD DE CARGA FACTOR DE PROFUNDIDAD Df/B > 1
FACTOR DE FORMA (L = 1m) FACTOR DE INCLINACION DE CARGA
la calicata C-02 No presenta nivel
freatico (NF)
0
0
DATOS DE LABORATORIO
OBSERVACIONES DEL NIVEL FREATICO CASO (NF)
16.90
LONGITUD L 1 Ms
COHESION (C) =
Mw
BASE B 0.8
P.f+H
FACTOR DE SEGURIDAD F.S 3 Tr
664.21
PROFUNDIDAD Df 1.5 P. ESPECIFICO 2.035103437
2.2040996
ɣ2 y2 2.04 CONTENIDO DE HUMEDAD (W%)
23.49
datos obtenidos en
laboratorio y insito
esenciales para el
analisis de la
capasidad
admisible del suelo
CERTIFICACIÓN Nº 00346-2021/LCCMSCyA.
LABORATORIO EN CONTROL DE CALIDAD DE MECANICA DE SUELOS, CONCRETO Y ASFALTO
E.I.R.L
CALCULO DE CAPACIDAD ADMISIBLE DEL SUELO
(MTC E 113 - 2000 y MTC E 206-2000, NTP 400.021 ASTM D 1557)
OBRA:
CALICATA: LUGAR :
FECHA DE ENSAYO: ESTRUCTURA: PUENTE - MARGEN IZQUIERDO
FECHA DE ENTREGA: UBICACION:
P,m 100.00
ɣ1 y1 2.04
SOLICITA:
ASUNTO: CAPACIDAD DEL SUELO - FALLA GENERAL
DATOS NOTA CALCULO DEL PESO ESPECIFICO
764.21
COHESION c 0.10 P.m+f+H 718.84 45.37
ANGULO INTERNA Ø


 tan
2
)
2
/
45
(
tan e
Nq 


cot
)
1
( 
 Nq
Nc

 tan
)
1
(
*
2 
 Nq
N
Nc
Nq
L
B
fc .
1 


tan
.
1
L
B
fq 

L
B
f 4
.
0
1 



tan
1
c
q
q
c
N
d
d
d



1


d
0 ≤ 𝐷 ≤ 𝐷𝑓
0 ≤ 𝑑 ≤ 𝐵
)
(
tan
)
1
(
tan
2
1
1
2
B
Df
sen
d
q



 

𝑖𝑐 = 𝑖𝑞 = (1 −
𝛽°
90°
)2
𝑖𝛾 = (1 −
𝛽
∅
)2
1.30 1.00 3.93 = Tn/m2
9.11 2.04 1.50 = Tn/m2
0.40 2.04 0.80 8.79 = Tn/m2
Qultimo = Tn/m2
= 3
= kg/cm2
CAPASIDAD ADMISIBLES DEL SUELO =
N° I II III B
1 5.11 27.81 5.72 0.80
2 5.11 27.81 8.58 1.20
3 5.11 27.81 10.73 1.50
4 5.11 33.37 5.72 0.80
5 5.11 33.37 8.58 1.20
6 5.11 33.37 10.73 1.50
7 5.11 37.08 5.72 0.80
8 5.11 37.08 8.58 1.20
9 5.11 37.08 10.73 1.50
10 5.11 46.35 14.31 2.00
DATOS INSITO:
= 3.00 m
= 8.00 kg
= 0.70 m
= 2.30 m
NOTA:
El presente análisis está basado exclusivamente a la calicata escavada de lo cual sien caso existiera impasse se sugiere realizar otros
análisis referente al tema de la capacidad admisible del suelo con fines de descartar contratiempos en obras
Para el presente análisis se tuvo que
extraer muestras de profundidades de
calicatas de 0.20m a 3.00m como etapa
final se obtuvo la presencia de rocas
sedimentarias.
Excavacion
Muestreo
Estratos de la calicata
Priemre estrato
Segundo estrato
Para la aplicación y evaluación de q.adm se tendrán que
verificar la aplicación del Df caso contrario contar con el
mejoramiento del suelo
2.00 1.76
2.50 2.19
DETALLE
1.80 1.64
2.00 1.60
2.00 1.69
1.50 1.45
1.80 1.47
1.80 1.57
Df qadm
1.50 1.29
1.50 1.38
Qultimo 3.863
qadm 1.29 kg/cm2
EVALUACION Y OBSERVACIONES
38.63 Df = 1.50m L = 1.00m
Factor de Seguridad FS B = 0.80m FS = 3
I 5.11 el siguiente analisis esta referido
para cimentaciones cuadradas con
datos de analisis establesidos
según norma aplicable:
II 27.81
III 5.72
ANALISIS DE LA CAPASIDAD ADMISIBLE DEL SUELO - FALLA GENERAL
La capacidad admisible del suelo es la capacidad del terreno para soportar las cargas aplicadas sobre él. Técnicamente la
capacidad admisible es la máxima presión media de contacto entre la cimentación y el terreno tal que no se produzcan un
fallo por cortante del suelo o un asentamiento diferencial excesivo. Por tanto, la capacidad portante admisible debe estar
establesidas en las normas (MTC E 113 - 2000 y MTC E 206-2000, NTP 400.021 ASTM D 1557)
TERZAGHI - CIMENTACION CUADRADA
ECUACION DETALLE
𝒒𝒖 = 𝟏. 𝟑𝟎. 𝑪. 𝑵𝑪
𝑰
+ 𝑵𝒒. 𝜸. 𝑫𝒇
𝑰𝑰
+ 𝟎. 𝟒. 𝜸. 𝑩. 𝑵𝜸
𝑰𝑰𝑰
Df
qadm
Q
2
Nc Nq Ny FS
qadm = qu/3 3.93 9.11 8.79 3
CAPACIDAD PORTANTE - CIMIENTACION CUADRADA
OBRA: 0
SOLICITA: 0
CALICATA: ESTRUCTURA: PUENTE - MARGEN IZQUIERDO
Ø C (kg/cm2) Qadm (kg/cm2)
1.03
1.15
1.80 1.00 2.04 23.49 0.10 4.56
2.00 1.00
qu (kg/cm2)
1.00 1.00 23.49 0.10 3.08
1.20 1.00 2.04 23.49 3.45
0.10
2.04
Df (m) B (m) Y (gr/cm3)
1.30 1.00 2.04 23.49 0.10 3.64
1.50 1.00 2.04 23.49 0.10 4.01
2.04 23.49 0.10 4.93
1.52
1.64
1.21
1.34
Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2)
1.07
1.20 1.20 2.04 23.49 0.10 3.59 1.20
1.00 1.20 2.04 23.49 0.10 3.22
1.26
1.50 1.20 2.04 23.49 0.10 4.15 1.38
1.30 1.20 2.04 23.49 0.10 3.78
1.80 1.20 2.04 23.49 0.10 4.71 1.57
2.00 1.20 2.04 23.49 0.10 5.08 1.69
1.00 1.50 2.04 23.49 0.10 3.44 1.15
Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2)
1.30 1.50 2.04 23.49 0.10 3.99 1.33
1.20 1.50 2.04 23.49 0.10 3.81 1.27
1.50 2.04 23.49 0.10 4.36 1.45
1.80 1.50 2.04 23.49 0.10 1.64
4.92
1.50
2.00 1.50 2.04 23.49 0.10 1.76
Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2)
5.29
1.20 2.00 2.04 23.49 0.10 4.17 1.39
1.00 2.00 2.04 23.49 0.10 3.79 1.26
4.35 1.45
1.50 2.00 2.04 23.49 0.10 4.72 1.57
1.30 2.00 2.04 23.49 0.10
1.80 2.00 2.04 23.49 0.10 5.28 1.76
2.00 2.00 2.04 23.49 0.10 5.65 1.88
Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2)
1.00 2.50 2.04 23.49 0.10 4.15 1.38
1.20 2.50 2.04 23.49 0.10 4.52 1.51
1.30 2.50 2.04 23.49 0.10 4.71 1.57
1.50 2.50 2.04 23.49 0.10 5.08 1.69
1.80 2.50 2.04 23.49 0.10 5.64 1.88
2.00 2.50 2.04 23.49 0.10 6.01 2.00
𝒒𝒖 = 𝟏. 𝟑𝟎. 𝑪. 𝑵𝑪 + 𝑵𝒒. 𝜸. 𝑫𝒇 + 𝟎. 𝟒. 𝜸. 𝑩. 𝑵𝜸

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  • 1. 2 125 1045 912 I y II Y1 I = Y2 II = 0.1 kg/cm2 COHESION (C) = 1.00 Tn/m2 23.5 (°) ANGULO DE FRICCION (Ø) = 0.41 rad 2.04 gr/cm3 PESO ESPECIFICO (ɣ) = 2.04 Tn/m3 Nq= 9.11 d c= 0.84 Nc= 3.93 dq = 0.90 N ϒ = 8.79 d ϒ= 1.00 fc= 2.86 i c, i q=1.00 fq= 1.35 i ϒ= 1.00 f ϒ= 0.68 β= Inclinacion de la carga sobre la cimentacion respecto a la vertical ANGULO DE FRICCION (Ø) = PESO ESPECIFICO (ɣ) = FACTORES DE CAPACIDAD DE CARGA FACTOR DE PROFUNDIDAD Df/B > 1 FACTOR DE FORMA (L = 1m) FACTOR DE INCLINACION DE CARGA la calicata C-02 No presenta nivel freatico (NF) 0 0 DATOS DE LABORATORIO OBSERVACIONES DEL NIVEL FREATICO CASO (NF) 16.90 LONGITUD L 1 Ms COHESION (C) = Mw BASE B 0.8 P.f+H FACTOR DE SEGURIDAD F.S 3 Tr 664.21 PROFUNDIDAD Df 1.5 P. ESPECIFICO 2.035103437 2.2040996 ɣ2 y2 2.04 CONTENIDO DE HUMEDAD (W%) 23.49 datos obtenidos en laboratorio y insito esenciales para el analisis de la capasidad admisible del suelo CERTIFICACIÓN Nº 00346-2021/LCCMSCyA. LABORATORIO EN CONTROL DE CALIDAD DE MECANICA DE SUELOS, CONCRETO Y ASFALTO E.I.R.L CALCULO DE CAPACIDAD ADMISIBLE DEL SUELO (MTC E 113 - 2000 y MTC E 206-2000, NTP 400.021 ASTM D 1557) OBRA: CALICATA: LUGAR : FECHA DE ENSAYO: ESTRUCTURA: PUENTE - MARGEN IZQUIERDO FECHA DE ENTREGA: UBICACION: P,m 100.00 ɣ1 y1 2.04 SOLICITA: ASUNTO: CAPACIDAD DEL SUELO - FALLA GENERAL DATOS NOTA CALCULO DEL PESO ESPECIFICO 764.21 COHESION c 0.10 P.m+f+H 718.84 45.37 ANGULO INTERNA Ø    tan 2 ) 2 / 45 ( tan e Nq    cot ) 1 (   Nq Nc   tan ) 1 ( * 2   Nq N Nc Nq L B fc . 1    tan . 1 L B fq   L B f 4 . 0 1     tan 1 c q q c N d d d    1   d 0 ≤ 𝐷 ≤ 𝐷𝑓 0 ≤ 𝑑 ≤ 𝐵 ) ( tan ) 1 ( tan 2 1 1 2 B Df sen d q       𝑖𝑐 = 𝑖𝑞 = (1 − 𝛽° 90° )2 𝑖𝛾 = (1 − 𝛽 ∅ )2
  • 2. 1.30 1.00 3.93 = Tn/m2 9.11 2.04 1.50 = Tn/m2 0.40 2.04 0.80 8.79 = Tn/m2 Qultimo = Tn/m2 = 3 = kg/cm2 CAPASIDAD ADMISIBLES DEL SUELO = N° I II III B 1 5.11 27.81 5.72 0.80 2 5.11 27.81 8.58 1.20 3 5.11 27.81 10.73 1.50 4 5.11 33.37 5.72 0.80 5 5.11 33.37 8.58 1.20 6 5.11 33.37 10.73 1.50 7 5.11 37.08 5.72 0.80 8 5.11 37.08 8.58 1.20 9 5.11 37.08 10.73 1.50 10 5.11 46.35 14.31 2.00 DATOS INSITO: = 3.00 m = 8.00 kg = 0.70 m = 2.30 m NOTA: El presente análisis está basado exclusivamente a la calicata escavada de lo cual sien caso existiera impasse se sugiere realizar otros análisis referente al tema de la capacidad admisible del suelo con fines de descartar contratiempos en obras Para el presente análisis se tuvo que extraer muestras de profundidades de calicatas de 0.20m a 3.00m como etapa final se obtuvo la presencia de rocas sedimentarias. Excavacion Muestreo Estratos de la calicata Priemre estrato Segundo estrato Para la aplicación y evaluación de q.adm se tendrán que verificar la aplicación del Df caso contrario contar con el mejoramiento del suelo 2.00 1.76 2.50 2.19 DETALLE 1.80 1.64 2.00 1.60 2.00 1.69 1.50 1.45 1.80 1.47 1.80 1.57 Df qadm 1.50 1.29 1.50 1.38 Qultimo 3.863 qadm 1.29 kg/cm2 EVALUACION Y OBSERVACIONES 38.63 Df = 1.50m L = 1.00m Factor de Seguridad FS B = 0.80m FS = 3 I 5.11 el siguiente analisis esta referido para cimentaciones cuadradas con datos de analisis establesidos según norma aplicable: II 27.81 III 5.72 ANALISIS DE LA CAPASIDAD ADMISIBLE DEL SUELO - FALLA GENERAL La capacidad admisible del suelo es la capacidad del terreno para soportar las cargas aplicadas sobre él. Técnicamente la capacidad admisible es la máxima presión media de contacto entre la cimentación y el terreno tal que no se produzcan un fallo por cortante del suelo o un asentamiento diferencial excesivo. Por tanto, la capacidad portante admisible debe estar establesidas en las normas (MTC E 113 - 2000 y MTC E 206-2000, NTP 400.021 ASTM D 1557) TERZAGHI - CIMENTACION CUADRADA ECUACION DETALLE 𝒒𝒖 = 𝟏. 𝟑𝟎. 𝑪. 𝑵𝑪 𝑰 + 𝑵𝒒. 𝜸. 𝑫𝒇 𝑰𝑰 + 𝟎. 𝟒. 𝜸. 𝑩. 𝑵𝜸 𝑰𝑰𝑰 Df qadm Q
  • 3. 2 Nc Nq Ny FS qadm = qu/3 3.93 9.11 8.79 3 CAPACIDAD PORTANTE - CIMIENTACION CUADRADA OBRA: 0 SOLICITA: 0 CALICATA: ESTRUCTURA: PUENTE - MARGEN IZQUIERDO Ø C (kg/cm2) Qadm (kg/cm2) 1.03 1.15 1.80 1.00 2.04 23.49 0.10 4.56 2.00 1.00 qu (kg/cm2) 1.00 1.00 23.49 0.10 3.08 1.20 1.00 2.04 23.49 3.45 0.10 2.04 Df (m) B (m) Y (gr/cm3) 1.30 1.00 2.04 23.49 0.10 3.64 1.50 1.00 2.04 23.49 0.10 4.01 2.04 23.49 0.10 4.93 1.52 1.64 1.21 1.34 Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2) 1.07 1.20 1.20 2.04 23.49 0.10 3.59 1.20 1.00 1.20 2.04 23.49 0.10 3.22 1.26 1.50 1.20 2.04 23.49 0.10 4.15 1.38 1.30 1.20 2.04 23.49 0.10 3.78 1.80 1.20 2.04 23.49 0.10 4.71 1.57 2.00 1.20 2.04 23.49 0.10 5.08 1.69 1.00 1.50 2.04 23.49 0.10 3.44 1.15 Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2) 1.30 1.50 2.04 23.49 0.10 3.99 1.33 1.20 1.50 2.04 23.49 0.10 3.81 1.27 1.50 2.04 23.49 0.10 4.36 1.45 1.80 1.50 2.04 23.49 0.10 1.64 4.92 1.50 2.00 1.50 2.04 23.49 0.10 1.76 Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2) 5.29 1.20 2.00 2.04 23.49 0.10 4.17 1.39 1.00 2.00 2.04 23.49 0.10 3.79 1.26 4.35 1.45 1.50 2.00 2.04 23.49 0.10 4.72 1.57 1.30 2.00 2.04 23.49 0.10 1.80 2.00 2.04 23.49 0.10 5.28 1.76 2.00 2.00 2.04 23.49 0.10 5.65 1.88 Df (m) B (m) Y (gr/cm3) Ø C (kg/cm2) qu (kg/cm2) Qadm (kg/cm2) 1.00 2.50 2.04 23.49 0.10 4.15 1.38 1.20 2.50 2.04 23.49 0.10 4.52 1.51 1.30 2.50 2.04 23.49 0.10 4.71 1.57 1.50 2.50 2.04 23.49 0.10 5.08 1.69 1.80 2.50 2.04 23.49 0.10 5.64 1.88 2.00 2.50 2.04 23.49 0.10 6.01 2.00 𝒒𝒖 = 𝟏. 𝟑𝟎. 𝑪. 𝑵𝑪 + 𝑵𝒒. 𝜸. 𝑫𝒇 + 𝟎. 𝟒. 𝜸. 𝑩. 𝑵𝜸