SOLVED: The stress-strain diagram of a material is shown in the figure. It is a bilinear stressstrain curve. In the figure, the dot is corresponding to the elastic limit while the cross denotes failure point. Please determine(1) elastic region (in strain)(2) plastic region (in strain)(3) ductility(4) brittleness coefficient(5) modulus of elasticity(6) proportional limit(7) elastic limit(8) failure strength(9) modulus of resilience(10) modulus of toughness(11) tangent modulus(12) strain hardening

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SOLVED: 8. Questions Q1. Consider the engineering stress-strain curve; the curve after necking goes down and the engineering stress decreases with the increase of engineering strain: Explain uhy" Q2 Discuss the effects ot: temperature; strain Tate; and deformation rate on the shape of"the true stress- true strain curVe

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10 (CST-13) (Stress-strain Curve) The stress-strain graph for m... | Filo

Stress and Strain - Definition, Stress-Strain Curve, Hooke’s Law, SI Units

The diagram shows stress vs. strain curve for the materials A and B. From the curves we infer that