-- Pile in Sand (friction and end bearing) Make calculations to determine the Allowable Load for a 14-inch square precast concrete pile that is driven into a dense medium to fine sand deposit with = 36 deg. and y = 125 pcf. The pile is driven to 85 ft. depth, and there is still 40 ft. of sand below the pile tip. Groundwater is 6 ft. below ground surface. You are to assume that a static pile load test will be performed on one representative pile for this project. Use the limiting depth and limiting pressure approaches for end bearing and for side friction. State the K and 8 values you use, and justify.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Pile in Sand (friction and end bearing) Make calculations to determine the
Allowable Load for a 14-inch square precast concrete pile that is driven into a dense medium to
fine sand deposit with = 36 deg. and y = 125 pcf. The pile is driven to 85 ft. depth, and there
is still 40 ft. of sand below the pile tip. Groundwater is 6 ft. below ground surface. You are to
assume that a static pile load test will be performed on one representative pile for this project.
Use the limiting depth and limiting pressure approaches for end bearing and for side friction.
State the K and 8 values you use, and justify.
Transcribed Image Text:-- Pile in Sand (friction and end bearing) Make calculations to determine the Allowable Load for a 14-inch square precast concrete pile that is driven into a dense medium to fine sand deposit with = 36 deg. and y = 125 pcf. The pile is driven to 85 ft. depth, and there is still 40 ft. of sand below the pile tip. Groundwater is 6 ft. below ground surface. You are to assume that a static pile load test will be performed on one representative pile for this project. Use the limiting depth and limiting pressure approaches for end bearing and for side friction. State the K and 8 values you use, and justify.
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