The Stress Fields on Secondary Slip Systems Due to a Group of Dislocations in a Stress Gradient
Xiao‐Yu Hu, Harold Margolin
Abstract
Xiao‐Yu Hu, Harold Margolin
Abstract
Abstract Resolved shear stress distributions are calculated from the stress fields arising from screw and edge dislocation arrays produced by stress gradients. The resolved shear stress distributions are determined for planes parallel to a primary slip plane which has undergone slip and for other slip systems. For the screw dislocation array largest resolved shear stresses are found on the cross slip plane. For edge dislocation arrays largest resolved shear stresses are found on the conjugate slip system.
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Abstract Resolved shear stress distributions are calculated from the stress fields arising from screw and edge dislocation arrays produced by stress gradients. The resolved shear stress distributions are determined for planes parallel to a primary slip plane which has undergone slip and for other slip systems. For the screw dislocation array largest resolved shear stresses are found on the cross slip plane. For edge dislocation arrays largest resolved shear stresses are found on the conjugate slip system.
Key concepts: Slip line field, Slip (aerodynamics), Critical resolved shear stress, Shear stress, Shear (geology), Dislocation, Materials science, Frank-Read Source