1. Under normal loading condition, a 3.6 m thick clay (normally consolidated) has P, = 190 KPa and e, =1.22. A surcharge of 190 KPa reduces its void ratio to 0.98. The hydraulic conductivity of the...


1. Under normal loading condition, a 3.6 m thick clay<br>(normally consolidated) has P, = 190 KPa and e, =1.22. A<br>surcharge of 190 KPa reduces its void ratio to 0.98. The<br>hydraulic conductivity of the clay for the loading range is<br>6.1 x 10ʻ m/day.<br>a. What is the coefficient of volume compressibility of the<br>clay?<br>b. What is the coefficient of consolidation of the clay?<br>c. How long will it take for this clay layer to reach 60%<br>consolidation if it is drained on one side only?<br>

Extracted text: 1. Under normal loading condition, a 3.6 m thick clay (normally consolidated) has P, = 190 KPa and e, =1.22. A surcharge of 190 KPa reduces its void ratio to 0.98. The hydraulic conductivity of the clay for the loading range is 6.1 x 10ʻ m/day. a. What is the coefficient of volume compressibility of the clay? b. What is the coefficient of consolidation of the clay? c. How long will it take for this clay layer to reach 60% consolidation if it is drained on one side only?

Jun 11, 2022
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