A canal is located in an area where the alignment parallels that of a nearby river. The difference in the water surface elevation of the canal and the river is 10 m. A 3-m-thick buried stratum of granular soil (permeable) extending between the canal and river is bounded by layers of clay (impermeable). The horizontal distance between the two bodies of water is 400 m. The coefficient of permeability for the granular soil is 0.75 m per day. (a) Make a sketch of the described conditions. (b) Calculate the volume of seepage that occurs from the canal to the river, per kilometer of canal length.
A canal is located in an area where the alignment parallels that of a nearby river. The difference in the water surface elevation of the canal and the river is 10 m. A 3-m-thick buried stratum of granular soil (permeable) extending between the canal and river is bounded by layers of clay (impermeable). The horizontal distance between the two bodies of water is 400 m. The coefficient of permeability for the granular soil is 0.75 m per day. (a) Make a sketch of the described conditions. (b) Calculate the volume of seepage that occurs from the canal to the river, per kilometer of canal length.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A canal is located in an area where the alignment parallels that of a nearby river. The difference in the water surface elevation of the canal and the river is 10 m. A 3-m-thick buried stratum of granular soil (permeable) extending between the canal and river is bounded by layers of clay (impermeable). The horizontal distance between the two bodies of water is 400 m. The coefficient of permeability for the granular soil is 0.75 m per day.
(a) Make a sketch of the described conditions.
(b) Calculate the volume of seepage that occurs from the canal to the river, per kilometer of canal length.
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