The in-plane rotation in polar coordinates is given by relation Using this form with the Flamant displacement
Question:
The in-plane rotation in polar coordinates is given by relation 
Using this form with the Flamant displacement solution (8.4.43), show that
and thus conclude that ωz is an even function of θ that vanishes along the y-axis and is unbounded at the origin.
Equation 8.4.43
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Flamant displacements Y Y 1v0 sin021og r cose1v cos 11 a al...View the full answer
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Related Book For 
Elasticity Theory Applications And Numerics
ISBN: 9780128159873
4th Edition
Authors: Martin H. Sadd Ph.D.
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