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Find the strains produced by the force F=100lb, in the rosette located at Point...

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Find the strains produced by the force F=100lb, in the rosette located at Point A, if the material has the following properties: E=30,000Ksi and Poisson's ratio=0.30. The static stress concentration at point A are 1.8, 1.6 and 1.4 for axial, bending and torsional stresses respectively.

The section AB is a tube of thickness t=0.075in. The material is isotropic

Use at least 3 decimal points for loads and stresses and 6 decimal points for strains. Use absolute values for the loads and signs for the direction of the stresses:

At Point A

The torque  (in in-lb) is:

The moment  (in in-lb) is:

The bending stress (in psi - include stress concentration) is 

The torsional stress (in psi - include stress concentration and sign) is 

The normal strain in the x-direction (use sign) is 

The shear strain in the xz-plane (use sign) is 

The normal strain in the strain gauge 1 (use sign) 

The normal strain in strain gauge 2 (use sign) 

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