A soil strata can be described as 6 meters of sand underlain by 4 meters of clay with the water table located 7 meters from the bottom of said strata. The sand has a dry and saturated unit weight of 14 kN/m3and 18 kN/m3 resp. On the other hand, pertinent clay properties are saturated unit weight of 19 kN/m3 , void ratio of 0.8 and liquid limit of 40. Compute the primary consolidation settlement considering the following conditions if a uniform load of 100 kPa is acting on the soil. If necessary, assume a logical value of Cs. A. The clay is normally consolidated. B. The pre-consolidation pressure is 190 kN/m2 C. The pre-consolidation pressure is 170 kN/m2.
A soil strata can be described as 6 meters of sand underlain by 4 meters of clay with the water table located 7 meters from the bottom of said strata. The sand has a dry and saturated unit weight of 14 kN/m3and 18 kN/m3 resp. On the other hand, pertinent clay properties are saturated unit weight of 19 kN/m3 , void ratio of 0.8 and liquid limit of 40. Compute the primary consolidation settlement considering the following conditions if a uniform load of 100 kPa is acting on the soil. If necessary, assume a logical value of Cs. A. The clay is normally consolidated. B. The pre-consolidation pressure is 190 kN/m2 C. The pre-consolidation pressure is 170 kN/m2.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A soil strata can be described as 6 meters of sand underlain by 4 meters of clay with
the water table located 7 meters from the bottom of said strata. The sand has a dry and
saturated unit weight of 14 kN/m3and 18 kN/m3 resp. On the other hand, pertinent clay
properties are saturated unit weight of 19 kN/m3 , void ratio of 0.8 and liquid limit of 40.
Compute the primary consolidation settlement considering the following conditions if a
uniform load of 100 kPa is acting on the soil. If necessary, assume a logical value of Cs.
A. The clay is normally consolidated.
B. The pre-consolidation pressure is 190 kN/m2
C. The pre-consolidation pressure is 170 kN/m2.
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