- Review And The Modulus Of Rigidity The Behavior Of A Material In Shear Can Be Summarized Using A Stress Strain Curve Sim 1 (39.52 KiB) Viewed 38 times
Review and the modulus of rigidity The behavior of a material in shear can be summarized using a stress-strain curve sim
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Review and the modulus of rigidity The behavior of a material in shear can be summarized using a stress-strain curve sim
Review and the modulus of rigidity The behavior of a material in shear can be summarized using a stress-strain curve similar to the stress-strain curve that results from the standard tension test. For typical engineering materials these curves have a linear elastic region, a strain hardening region, and a rapid failure (necking down) region Suppose a new material has been tested on a torsional machine to create the shear stress-strain curve (Elgure 1) with n=90 MPa = 4x10-rad ty - 111 MPa 0.44 rad 3 = 101 MPa and 0.61 rad" (Note that this curve is not drawn to scale Part - Shear, Tension, and Poisson's Ratio Arod of diameter d - 39 em and length L - 27 cm made from the material described in the Introduction is subjected to an aodal load of P.434 KN The rod changed in length by 0 18 mm What is the resulting lateral deformation in the rod? Express your answer to three significant figures in me ► View Available Hints) Figure ( 2012 VAX VOC th 0 ? 806 mm Submit POMS Answers X Incorrect; Try Again: 2 attempts remaining