1990Engineering materialsRequires access

Defects in Crystals and Plastic Deformation

Vernon John

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Abstract

Plastic deformation in metals takes place by a process of slip on certain crystal planes under the action of a shear stress. The slip planes are those of greatest atomic packing and slip across a slip plane occurs in specific directions, namely the lines of greatest atom density. The combination of a slip plane and a slip direction is termed a slip system. (Refer to Chapter 2 for details of planes and directions.)

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Plastic deformation in metals takes place by a process of slip on certain crystal planes under the action of a shear stress. The slip planes are those of greatest atomic packing and slip across a slip plane occurs in specific directions, namely the lines of greatest atom density. The combination of a slip plane and a slip direction is termed a slip system. (Refer to Chapter 2 for details of planes and directions.)

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Available abstract

Plastic deformation in metals takes place by a process of slip on certain crystal planes under the action of a shear stress. The slip planes are those of greatest atomic packing and slip across a slip plane occurs in specific directions, namely the lines of greatest atom density. The combination of a slip plane and a slip direction is termed a slip system. (Refer to Chapter 2 for details of planes and directions.)

Key concepts: Slip line field, Slip (aerodynamics), Critical resolved shear stress, Materials science, Geometry, Shear (geology), Shear stress, Crystallography

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