the payload is: σ = XX ax + y σ = cx + by + dz σ yy = øy + ez τ = T xy H XI = T B = 0 y Χ Find the value of constants a,b,c,d and e that will allow satisfaction of both equilibrium equations and boundary conditions.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A payload in a rocket is held in place within a cuboidal cavity. Assume that the
payload is of uniform density rho. The walls of the cavity are rigid, frictionless and the payload
perfectly fits within this cavity. The top surface is traction-free. The rocket has an acceleration (Ay) in the positive y direction as shown. Neglect acceleration due to gravity. The stress state in
the payload is:

Please show all work!!

the payload is:
σ
=
XX
ax + y
σ = cx + by + dz
σ
yy
= øy + ez
τ
= T
xy
H
XI
= T
B
= 0
y
Χ
Find the value of constants a,b,c,d and e that will allow satisfaction of both equilibrium equations
and boundary conditions.
Transcribed Image Text:the payload is: σ = XX ax + y σ = cx + by + dz σ yy = øy + ez τ = T xy H XI = T B = 0 y Χ Find the value of constants a,b,c,d and e that will allow satisfaction of both equilibrium equations and boundary conditions.
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