wiederverformbarkeit

Wiederverformbarkeit is a term used in the field of materials science to describe the ability of a material to withstand deformation and return to its original shape after the removal of the deforming force. Essentially, it refers to the material's capacity to resist plastic deformation without sustaining permanent changes.

In materials that exhibit wiederverformbarkeit, the applied strain is largely reversible, meaning that the material can regain its original dimensions upon the removal of the straining force. This is possible because the material's internal structure and organization allow it to adapt to the deformation without undergoing permanent change.

Materials that exhibit wiederverformbarkeit are often characterized as viscoelastic or rubber-like, being capable of considerable deformation before ultimately breaking. In contrast, materials that exhibit permanent deformation after a brief period of straining are considered non-reversible.

A number of factors contribute to a material's wiederverformbarkeit, including its molecular structure, crystal structure, and established defects within the material. Control of these properties is crucial in the development of materials for use in applications requiring flexible, high-impact resistance, such as protective gear, tires, and other types of flexible components.

Wiederverformbarkeit is not typically a design goal in all materials applications, particularly in those requiring high rigidity, high strength or high hardness.