IM 3M² 8m. 3M Im B SAND 8=18.5 KN =0 m3 4= 38 le 4M- Develop: A) the lateral earth pressure diagram for the above braced sheeted system using the AEP loading concepts, a. determine loads on struts A, B, and C b. assume a Silty Sand with y = 18.5 kN/cubic m, q=38 degrees and water level is very deep. . c. Note: struts locations are as shown in above figure. B) the lateral earth pressure diagram for the above braced sheeted system using the AEP loading concepts, assuming same soil conditions, but water level is at the ground surface a. Determine loads on struts A, B and C

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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IM
3M²
8м. ЗМ
3 M
Im
A
B
K4M →
SAND
8=18.5 KN
m3
=0
4:38
Develop:
A) the lateral earth pressure diagram for the above braced
sheeted system using the AEP loading concepts,
a. determine loads on struts A, B, and C
b. assume a Silty Sand with y = 18.5 kN/cubic m, q=38
degrees and water level is very deep.
c. Note: struts locations are as shown in above figure.
B) the lateral earth pressure diagram for the above braced
sheeted system using the AEP loading concepts, assuming
same soil conditions, but water level is at the ground
surface
a. Determine loads on struts A, B and C
Transcribed Image Text:IM 3M² 8м. ЗМ 3 M Im A B K4M → SAND 8=18.5 KN m3 =0 4:38 Develop: A) the lateral earth pressure diagram for the above braced sheeted system using the AEP loading concepts, a. determine loads on struts A, B, and C b. assume a Silty Sand with y = 18.5 kN/cubic m, q=38 degrees and water level is very deep. c. Note: struts locations are as shown in above figure. B) the lateral earth pressure diagram for the above braced sheeted system using the AEP loading concepts, assuming same soil conditions, but water level is at the ground surface a. Determine loads on struts A, B and C
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