ALTASolverLSR Enumeration: Difference between revisions

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(Created page with '{{Template:APIClass|GlobalStuff ALTA Class|GlobalStuff ALTA}} == Declaration == {{APIPrefix|Public Enum}} {{APIName|ALTASolverLSR}} :{{APIName|MLE}} = {{APIName|RSMath8.CALTAC…')
 
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{{Template:APIClass|GlobalStuff ALTA Class|GlobalStuff ALTA}}
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== Declaration  ==


{{APIPrefix|Public Enum}}
Specifies the stress transformation that will be applied to a stress type. Applies to the general log-linear (GLL) or cumulative damage (CD) model only.
{{APIName|ALTASolverLSR}}
:{{APIName|MLE}} = {{APIName|RSMath8.CALTACommon.ALTAAnalysis.AA_MLE}}
{{APIPrefix|End Enum}}


{{APIComment|Available ALTA solver analysis methods}}
==Members==
{| {{APITableEnum}}
|-
|style="width: 150px;"|Exponential||style="width: 80px;"|0||Exponential life-stress relationship, None X = V Transformation
|-
|Arrhenius||1||Arrhenius life-stress relationship, Reciprocal X = 1/V transformation.
|-
|Power||2||Inverse power law life-stress relationship, Logarithmic X = ln[V] transformation.
|}
 
 
 
 
 
==See Also==
*[[ALTADataSet.AddStressDefinition|ALTADataSet.AddStressDefinition Method]]

Latest revision as of 22:17, 20 April 2016

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Specifies the stress transformation that will be applied to a stress type. Applies to the general log-linear (GLL) or cumulative damage (CD) model only.

Members

Name Value Description
Exponential 0 Exponential life-stress relationship, None X = V Transformation
Arrhenius 1 Arrhenius life-stress relationship, Reciprocal X = 1/V transformation.
Power 2 Inverse power law life-stress relationship, Logarithmic X = ln[V] transformation.



See Also