A large thin rectangular plate is subjected to certain traction boundary conditions on its thin edges. The following stress function is proposed for this problem: 2 p(x,y) = A x² + B x²y² + Cy² (i) use the biharmonic equation to find restrictions, if any, on values of A, B, and C (ii) calculate all stress components (iii) calculate all strain components in terms of A, B, and C as well as the Young modulus and Poisson's ratio E and y, respectively. (iv) check that the equilibrium equations are satisfied (v) determine the traction boundary conditions at x =+ and y=+h

A large thin rectangular plate is subjected to certain traction boundary conditions on its thin edges. The following stress function is proposed for this problem: 2 p(x,y) = A x² + B x²y² + Cy² (i) use the biharmonic equation to find restrictions, if any, on values of A, B, and C (ii) calculate all stress components (iii) calculate all strain components in terms of A, B, and C as well as the Young modulus and Poisson's ratio E and y, respectively. (iv) check that the equilibrium equations are satisfied (v) determine the traction boundary conditions at x =+ and y=+h

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Last 2

A large thin rectangular plate is subjected to certain traction boundary
conditions on its thin edges. The following stress function is proposed for this problem:
2
p(x,y) = A x² + B x²y² + Cy²
(i) use the biharmonic equation to find restrictions, if any, on values of A, B, and C
(ii) calculate all stress components
(iii) calculate all strain components in terms of A, B, and C as well as the Young modulus and
Poisson's ratio E and y, respectively.
(iv) check that the equilibrium equations are satisfied
(v) determine the traction boundary conditions at x =+q and
y=+ b

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