Difference between revisions of "Isotropic, Elastic-Plastic Material"
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== Material Properties == | == Material Properties == | ||
The [[Hardening Laws|hardening law]] is selected with a plasticLaw property. The remaining properties are identical to an [[Isotropic Material|isotropic material]]: | |||
{| class="wikitable" | {| class="wikitable" | ||
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! Property !! Description !! Units !! Default | ! Property !! Description !! Units !! Default | ||
|- | |- | ||
| | | Hardening || This command selects the [[Hardening Laws|hardening law]] by its name or number. It should be before entering any yielding properties. || none || none | ||
|- | |- | ||
| (yield) || Enter all plasticity properties required by the selected [[Hardening Laws|hardening law]]. || varies || varies | |||
|- | |||
| [[Isotropic Material#Material Properties|(other)]] || All other properties are identical to the properties for an [[Isotropic Material|isotropic material]]. || varies || varies | |||
|} | |} | ||
== History Variables == | == History Variables == | ||
The material has none, but the [[Hardening Laws|hardening law]] will have at least one. | |||
In particle properties, the "strain" will be the elastic strain and the "plastic strain" will have the plastic strain. The total strain is the sum of elastic and plastic strains. | |||
== Examples == | == Examples == | ||
Latest revision as of 17:50, 30 December 2013
Constitutive Law
This MPM material is identical to an Isotropic material in the elastic regime, but can plastically deform according to any selected hardening law.
Material Properties
The hardening law is selected with a plasticLaw property. The remaining properties are identical to an isotropic material:
| Property | Description | Units | Default |
|---|---|---|---|
| Hardening | This command selects the hardening law by its name or number. It should be before entering any yielding properties. | none | none |
| (yield) | Enter all plasticity properties required by the selected hardening law. | varies | varies |
| (other) | All other properties are identical to the properties for an isotropic material. | varies | varies |
History Variables
The material has none, but the hardening law will have at least one.
In particle properties, the "strain" will be the elastic strain and the "plastic strain" will have the plastic strain. The total strain is the sum of elastic and plastic strains.