ElasticMultiLinear Material: Difference between revisions
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This command is used to construct a multi-linear elastic uniaxial material object. The nonlinear stress-strain relationship is given by a multi-linear curve that is define by a set of points. The behavior is nonlinear but it is elastic. This means that the material loads and unloads along the same curve, and no energy is dissipated. | This command is used to construct a multi-linear elastic uniaxial material object. | ||
The nonlinear stress-strain relationship is given by a multi-linear curve that is define by a set of points. | |||
The behavior is nonlinear but it is elastic. This means that the material loads and unloads along the same curve, and no energy is dissipated. | |||
{| | {| | ||
Revision as of 23:44, 18 January 2012
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This command is used to construct a multi-linear elastic uniaxial material object. The nonlinear stress-strain relationship is given by a multi-linear curve that is define by a set of points. The behavior is nonlinear but it is elastic. This means that the material loads and unloads along the same curve, and no energy is dissipated.
| uniaxialMaterial ElasticMultiLinear $matTag -strain $strainPoints -stress $stressPoints |
| $matTag | integer tag identifying material |
| $strainPoints | array of strain points along stress-strain curve |
| $stressPoints | array of stress points along stress-strain curve |
Code Developed by: Andreas Schellenberg, University of California, Berkeley.