The following are the results of a consolidation tests for a clay sample that drained on the top and bottom: P1 = 2000 psf e1 = 0.75 P2 = 4000 psf e2 = 0.71 Thickness of clay sample Time it took for 50% consolidation = 5 mins = 1" Determine the hydraulic conductivity of the clay for the loading range. (8.22 x 10 -10 ft/sec)
The following are the results of a consolidation tests for a clay sample that drained on the top and bottom: P1 = 2000 psf e1 = 0.75 P2 = 4000 psf e2 = 0.71 Thickness of clay sample Time it took for 50% consolidation = 5 mins = 1" Determine the hydraulic conductivity of the clay for the loading range. (8.22 x 10 -10 ft/sec)
Principles of Geotechnical Engineering (MindTap Course List)
9th Edition
ISBN:9781305970939
Author:Braja M. Das, Khaled Sobhan
Publisher:Braja M. Das, Khaled Sobhan
Chapter11: Compressibility Of Soil
Section: Chapter Questions
Problem 11.4P
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Show solution. The answer must be 8.22 x10^-10 ft/sec
![The following are the results of a consolidation tests for a clay sample that drained on the top
and bottom:
P1 = 2000 psf e1 = 0.75
P2 = 4000 psf e2 = 0.71
Thickness of clay sample = 1"
Time it took for 50% consolidation = 5 mins
Determine the hydraulic conductivity of the clay for the loading range. (8.22 x 10 -10 ft/sec)
CONSOLIDATION SETTLEMENT UNDER FOUNDATIONS
soil 1
AP
soil 2 (CLAY)
ΔΡΗ
APD
APave =
ΔΡΙ + 4ΔΡΗ + ΔΡ5
Eq. 23
where: APt, APm, APb = are the stress increase at the top, middle and bottom of the clay layer,
respectively.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4dda95bd-0fd4-44ec-939e-0b469b6474b0%2F4a40cea8-c70e-4994-9fdd-fb0b2ac61606%2F6ufzbajt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The following are the results of a consolidation tests for a clay sample that drained on the top
and bottom:
P1 = 2000 psf e1 = 0.75
P2 = 4000 psf e2 = 0.71
Thickness of clay sample = 1"
Time it took for 50% consolidation = 5 mins
Determine the hydraulic conductivity of the clay for the loading range. (8.22 x 10 -10 ft/sec)
CONSOLIDATION SETTLEMENT UNDER FOUNDATIONS
soil 1
AP
soil 2 (CLAY)
ΔΡΗ
APD
APave =
ΔΡΙ + 4ΔΡΗ + ΔΡ5
Eq. 23
where: APt, APm, APb = are the stress increase at the top, middle and bottom of the clay layer,
respectively.
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