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Terry Price
Terry Price
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Lets I have a material with ultimate tensile strength $S_{UTS}$.

Lets say $S_{UTS}$ is produced by strain $\epsilon_{UTS}$

My question is, if the material is strained such that it achieves $\epsilon_{UTS}$ over may days if not weeks of time, will it simply plastically deform or will it break?

EDIT: the material is a metal

Lets I have a material with ultimate tensile strength $S_{UTS}$.

Lets say $S_{UTS}$ is produced by strain $\epsilon_{UTS}$

My question is, if the material is strained such that it achieves $\epsilon_{UTS}$ over may days if not weeks of time, will it simply plastically deform or will it break?

Lets I have a material with ultimate tensile strength $S_{UTS}$.

Lets say $S_{UTS}$ is produced by strain $\epsilon_{UTS}$

My question is, if the material is strained such that it achieves $\epsilon_{UTS}$ over may days if not weeks of time, will it simply plastically deform or will it break?

EDIT: the material is a metal

Source Link
Terry Price
Terry Price
  • 216
  • 1
  • 6

Will A Material Plastically Deform If you Slowly Apply a Strain That Would Normally Exceed Its Ultimate Tensile Strength

Lets I have a material with ultimate tensile strength $S_{UTS}$.

Lets say $S_{UTS}$ is produced by strain $\epsilon_{UTS}$

My question is, if the material is strained such that it achieves $\epsilon_{UTS}$ over may days if not weeks of time, will it simply plastically deform or will it break?