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An FCC metal is loaded with a tensile stress of 200 MPa. Suppose that in some particular micro-crystal, the applied tension force is aligned with the [001] direction of a unit cell (as shown). a) What is the resolved shear stress in the [011] direction of a (111) plane in the crystal? tension Applied tension direction slip 45° direction 54.7° [o1] normal to (111) plane b) What is the maximum possible resolved shear stress in the material for any slip plane and direction under the applied tensile stress above?

An FCC metal is loaded with a tensile stress of 200 MPa. Suppose that in some particular micro-crystal, the applied tension force is aligned with the [001] direction of a unit cell (as shown). a) What is the resolved shear stress in the [011] direction of a (111) plane in the crystal? tension Applied tension direction slip 45° direction 54.7° [o1] normal to (111) plane b) What is the maximum possible resolved shear stress in the material for any slip plane and direction under the applied tensile stress above?

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Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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An FCC metal is loaded with a tensile stress of 200 MPa. Suppose that in some particular micro-crystal, the applied tension force is aligned with the [001] direction of a unit cell (as shown). a) What is the resolved shear stress in the [011] direction of a (111) plane in the crystal? tension Applied tension direction slip 45° direction 54.7° [o1] normal to (111) plane b) What is the maximum possible resolved shear stress in the material for any slip plane and direction under the applied tensile stress above?
Transcribed Image Text:An FCC metal is loaded with a tensile stress of 200 MPa. Suppose that in some particular micro-crystal, the applied tension force is aligned with the [001] direction of a unit cell (as shown). a) What is the resolved shear stress in the [011] direction of a (111) plane in the crystal? tension Applied tension direction slip 45° direction 54.7° [o1] normal to (111) plane b) What is the maximum possible resolved shear stress in the material for any slip plane and direction under the applied tensile stress above?
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