Elastic-Perfectly Plastic Gap Material: Difference between revisions
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| style="background: | | style="background:lime; color:black; width:800px" | '''uniaxialMaterial ElasticPPGap $matTag $E $Fy $gap $eta <damage>''' | ||
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<tcl>ElasticPPGap.tcl</tcl> | <tcl>ElasticPPGap.tcl</tcl> | ||
[[Image:ElasticPPGapPlotA.png]] | |||
[[Image:ElasticPPGapPlotB.png]] | |||
---- | ---- | ||
Code Developed by: <span style="color:blue"> Kevin Mackie, University of Central Florida</span> | Code Developed by: <span style="color:blue"> Kevin Mackie, University of Central Florida</span> | ||
Latest revision as of 18:51, 2 January 2024
- Command_Manual
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- Analysis Commands
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This command is used to construct an elastic perfectly-plastic gap uniaxial material object.
| uniaxialMaterial ElasticPPGap $matTag $E $Fy $gap $eta <damage> |
| $matTag | integer tag identifying material |
| $E | tangent |
| $Fy | stress or force at which material reaches plastic state |
| $gap | initial gap (strain or deformation) |
| $eta | hardening ratio (=Eh/E), which can be negative |
| $damage | an optional string to specify whether to accumulate damage or not in the material. With the default string, "noDamage" the gap material will re-center on load reversal. If the string "damage" is provided this recentering will not occur and gap will grow. |
EXAMPLE:
<tcl>ElasticPPGap.tcl</tcl>
Code Developed by: Kevin Mackie, University of Central Florida