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The block shown is made of a material for which E= 25 GPa and Poisson's Ratio is equal to 0.30. Knowing that the block
The block shown is made of a material for which E= 25 GPa and Poisson's Ratio is equal to 0.30. Knowing that the block is compressed by 100 MPa stresses in x- and y- directions as shown in the figure and is free to expand in z-direction, determine; (a) the change in the lengths of the sides DC, DG and DA, (b) the dilatation, e, (change in volume per unit volume) of the block. 25 mm 40 mm D 100 mm B X
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Solutions Step 1 To determine the change in the lengths of the sides DC DG and DA a and the dilatation b of the block we can use the principles of linear elasticity and Hookes law Hookes law relates s...
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Accounting For Managers Interpreting Accounting Information for Decision Making
Authors: Paul M. Collier
4th edition
978-111997967, 1119979676, 978-1119979678
