In a constant-head permeability test, the length of the specimen is 150 mm, and the cross- sectional area is 3167 mm². a. b. If k= 0.062 cm/s and a rate of flow of 160 cm³/min must be maintained during the test, what should be the head difference across the specimen, in mm? Determine the discharge velocity (cm/s) under the test conditions.

Structural Analysis
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Round off answer to two decimal places unless otherwise stated in the problem
In a constant-head permeability test, the length of the specimen is 150 mm, and the cross-
sectional area is 3167 mm².
a.
b.
If k= 0.062 cm/s and a rate of flow of 160 cm³/min must be maintained during the test, what should
be the head difference across the specimen, in mm?
Determine the discharge velocity (cm/s) under the test conditions.
Transcribed Image Text:In a constant-head permeability test, the length of the specimen is 150 mm, and the cross- sectional area is 3167 mm². a. b. If k= 0.062 cm/s and a rate of flow of 160 cm³/min must be maintained during the test, what should be the head difference across the specimen, in mm? Determine the discharge velocity (cm/s) under the test conditions.
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