The top portion of a 4 m diameter horizontal pipe is submerged in water, 5 m below the liquid surface (Figure 1(b)). If the pipe is 5 m long (dimension into the plane) and the pipe is vacuum inside, determine the net hydrostatic force acting on the outer surface of the pipe. N A 5 m h B

Fundamentals of Geotechnical Engineering (MindTap Course List)
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Author:Braja M. Das, Nagaratnam Sivakugan
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Chapter7: Seepage
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The top portion of a 4 m diameter horizontal pipe is submerged in water, 5 m below the liquid
surface (Figure 1(b)). If the pipe is 5 m long (dimension into the plane) and the pipe is vacuum
inside, determine the net hydrostatic force acting on the outer surface of the pipe.
N
A
5 m
h
B
(b)
(c)
Figure 1. Plane and Curved Surfaces Subjected to Hydrostatic Forces
Transcribed Image Text:The top portion of a 4 m diameter horizontal pipe is submerged in water, 5 m below the liquid surface (Figure 1(b)). If the pipe is 5 m long (dimension into the plane) and the pipe is vacuum inside, determine the net hydrostatic force acting on the outer surface of the pipe. N A 5 m h B (b) (c) Figure 1. Plane and Curved Surfaces Subjected to Hydrostatic Forces
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