complexType · extension complexBaseType · all
This type describes the plasticity curve of isotropic materials
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Plastification curve incl. element elimination (isotropic materials) The data may be used to describe the plastic behavior of isotropic materials in non-linear analysis, such as crash simulations. The input is defined according to the needs of Material 103 (single stress strain option) in the PAM-CRASH explicit Finite Element code, but can also be used for equivalent material laws in alternative simulation environment (see PAM-CRASH Solver Reference Manual., Material 103)
Source: PAM-CRASH V2010 - Notes Manual
| Name | Type | Constraints | Use | Default | Description |
|---|---|---|---|---|---|
@externalDataDirectory | xsd:string | optional | Directory of the external file the element was read from, as URI | ||
@externalDataNodePath | xsd:string | optional | Path of the parent element in the merged dataset, at which the element was inserted from an external file | ||
@externalFileName | xsd:string | optional | Name of the external file the element was read from |
| Name | Type | Constraints | OccurrenceHow often the element may appear at this place. The schema writes it as minOccurs and maxOccurs on the declaration. | Default | Description |
|---|---|---|---|---|---|
| allThe children below may appear in any order. Each may appear at most once. | |||||
name | stringBaseType | [0..1] optional | Name | ||
description | stringBaseType | [0..1] optional | Description | ||
strainRate | doubleBaseType | [0..1] optional | Strain rate for following plastcity curve [1/s] | ||
plasticityCurvePoints | plasticityCurvePointsType | [0..1] optional | Points | ||
plasticEliminationStrain | doubleBaseType | [0..1] optional | plasticEliminationStrain [-]; Plastic strain for element elimination during the non-linear analysis | ||
| Type | Name |
|---|---|
plasticityCurvesType | plasticityCurve |