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- Q1558328 subject Q6501040.
- Q1558328 subject Q7731439.
- Q1558328 subject Q8367847.
- Q1558328 abstract "Critical resolved shear stress is the component of shear stress, resolved in the direction of slip, necessary to initiate slip in a grain. It is a constant for a given crystal.Tests have been conducted on single crystals of metals to measure the shear stress required to initiate plastic deformation, or cause atomic planes to slip. Since this is a threshold value, it is referred to as critical; and since it is a component of the applied force or stress, it is said to be resolved; that is, the critical resolved shear stress.Resolved shear stress is given by τ = σ cos Φ cos λwhere σ is the magnitude of the applied tensile stress, Φ is the angle between the normal of the slip plane and the direction of the applied force and λ is the angle between the slip direction and the direction of the applied force.whereas, critical resolved shear stress value is given byτ =σ (cosΦ cosλ)max".
- Q1558328 wikiPageWikiLink Q15846605.
- Q1558328 wikiPageWikiLink Q2672013.
- Q1558328 wikiPageWikiLink Q43533.
- Q1558328 wikiPageWikiLink Q6501040.
- Q1558328 wikiPageWikiLink Q657936.
- Q1558328 wikiPageWikiLink Q699541.
- Q1558328 wikiPageWikiLink Q7731439.
- Q1558328 wikiPageWikiLink Q8367847.
- Q1558328 comment "Critical resolved shear stress is the component of shear stress, resolved in the direction of slip, necessary to initiate slip in a grain. It is a constant for a given crystal.Tests have been conducted on single crystals of metals to measure the shear stress required to initiate plastic deformation, or cause atomic planes to slip.".
- Q1558328 label "Critical resolved shear stress".