Material A and Material B are tested in tension Material A is loaded to the proportional limit which occurs at an elongation of 0.2 mm Determine the Stress at which the resilience of B is equal to the resilience of A Assume that the elastic modulus of A 200 GPa and the elastic modulus of B is -70 GPa The diameter of both tensile samples is 10 mm and the gauge length is 20 mm. Show all work.
Material A and Material B are tested in tension Material A is loaded to the proportional limit which occurs at an elongation of 0.2 mm Determine the Stress at which the resilience of B is equal to the resilience of A Assume that the elastic modulus of A 200 GPa and the elastic modulus of B is -70 GPa The diameter of both tensile samples is 10 mm and the gauge length is 20 mm. Show all work.
Elements Of Electromagnetics
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Material A is loaded to the proportional limit which occurs at an elongation of 0.2 mm.
Determine the Stress at which the resilience ofB is equal to the resilience of A.
Assume that the elastic modulus of A= 200 GPa and the elastic modulus of B is -70 GPa.
Material A and Material B are tested in tension.
The diameter of both tensile samples is 10 mm and the gauge length is 20 mm.
Show all work."
Transcribed Image Text:3.
Material A is loaded to the proportional limit which occurs at an elongation of 0.2 mm.
Determine the Stress at which the resilience ofB is equal to the resilience of A.
Assume that the elastic modulus of A= 200 GPa and the elastic modulus of B is -70 GPa.
Material A and Material B are tested in tension.
The diameter of both tensile samples is 10 mm and the gauge length is 20 mm.
Show all work.
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