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uniform timber pile which has been driven to a depth L in clay carries an applied load F at the top. This load is resisted
uniform timber pile which has been driven to a depth L in
clay carries an applied load F at the top. This load is resisted entirely by friction f along the pile which varies in the parabolic manner f=ky^2.
a) Determine the total shortening of the pile in terms of F, L, A,
and E;
b) If F=96 kips, L=40 ft., A=100in2, and E=1.5 x 106 psi, how
much does such a pile shorten?
clay carries an applied load F at the top. This load is resisted entirely by friction f along the pile which varies in the parabolic manner f=ky^2.
a) Determine the total shortening of the pile in terms of F, L, A,
and E;
b) If F=96 kips, L=40 ft., A=100in2, and E=1.5 x 106 psi, how
much does such a pile shorten?
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There are 3 Steps involved in it
Step: 1
a To determine the total shortening of the pile in terms of F L A and E we can follow the steps below The total load on the pile can be expressed in terms of the force applied F and the area of the pi...
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Mechanics of Materials
Authors: James M. Gere, Barry J. Goodno
7th edition
495438073, 978-0495438076
