According to Distortion-energy theory, what is the stress state in a material subjected to arbitrary stresses?...

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According to Distortion-energy theory, what is the stress state in a material subjected to arbitrary stresses? A. The stress state is the product the three stress components B. The stress state is the sum of the three stress components C. The stress state is an average of the three stress components D. The stress state is equal to the largest stress component A flat plate with a hole is loaded up to 810 MPa. The stress concentration factor is 1.27. What is the maximum stress at the discontinuity? A. 810 MPa B. 637.8 MPa C. 1029 MPa D. 502.2 MPa If a material has a small modulus of rigidity, then which of the following statements is also true? A. It has a small Young's modulus. B. It has a large Young's modulus. C. It has low mass density. D. It has a large shear modulus. According to Distortion-energy theory, what is the stress state in a material subjected to arbitrary stresses? A. The stress state is the product the three stress components B. The stress state is the sum of the three stress components C. The stress state is an average of the three stress components D. The stress state is equal to the largest stress component A flat plate with a hole is loaded up to 810 MPa. The stress concentration factor is 1.27. What is the maximum stress at the discontinuity? A. 810 MPa B. 637.8 MPa C. 1029 MPa D. 502.2 MPa If a material has a small modulus of rigidity, then which of the following statements is also true? A. It has a small Young's modulus. B. It has a large Young's modulus. C. It has low mass density. D. It has a large shear modulus.

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