Use Khosla's theory (Equations and curves) to calculate the percentage uplift pressure at points C1, D1, E2, C2, Dz, E3 and Da for a barrage foundation profile shown in figure 2 applying necessary corrections. Also, determine the exit gradient. [Assume: floor thickness = 1.5 m]

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Q# 4: Use Khosla's theory (Equations and curves) to calculate the percentage uplift pressure at
points Cı, Dı, E2, C2, Dz, Es and Da for a barrage foundation profile shown in figure 2 applying
necessary corrections. Also, determine the exit gradient. [Assume: floor thickness = 1.5 m]
RL (Reg.No)
RL (Reg.No - 8)
4:1
E C
RL (Reg.No - 11)
EC:
E C,
D, RL (Reg.No - 18)
D.
|RL (Reg.No - 21) D,I RL (Reg.No - 21)
Reg.No/200
Reg.No/200
Reg.No/200
Fig. 2 for Q # 4
Transcribed Image Text:Q# 4: Use Khosla's theory (Equations and curves) to calculate the percentage uplift pressure at points Cı, Dı, E2, C2, Dz, Es and Da for a barrage foundation profile shown in figure 2 applying necessary corrections. Also, determine the exit gradient. [Assume: floor thickness = 1.5 m] RL (Reg.No) RL (Reg.No - 8) 4:1 E C RL (Reg.No - 11) EC: E C, D, RL (Reg.No - 18) D. |RL (Reg.No - 21) D,I RL (Reg.No - 21) Reg.No/200 Reg.No/200 Reg.No/200 Fig. 2 for Q # 4
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