Plastic deformation is characterized by permanent strain , that is, the material (like a compressed snowball) doesn't return to its original shape.
What is plastic deformation?
- When a material experiences tensile, compressive, bending, or torsion loads that are greater than its yield strength, causing it to stretch, compress, buckle, bend, or twist, this irreversible distortion is known as plastic deformation.
- The bonds are stretched during this sort of deformation, but the atoms do not slide past one another. It is referred to as plastic deformation when the metal is sufficiently stressed to permanently distort it.
- The capacity of a solid material to undergo persistent deformation, or an irreversible change of shape in response to applied pressures, is known as plasticity in physics and materials science.
- Plastic deformation is distinguished by permanent strain, which means that the material (such as a compressed snowball) does not return to its original shape.
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