TRNSFP

(Inter Material data)
Last updated on : 08-08-2013

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TRNSFP Mat1, Mat2, ITYPE, KTYPE, KValue/Npt1,Npt2

Temp/Atm(1) TRNSFP(1)

Temp/Atm(Npt1) TRNSFP(Ndata)

or

Temp(1) …Temp(Npt1)

Atm(1) … Atm(Npt2)

TRNSFP(1,1) … TRNSFP(Npt1,1)

…

TRNSFP(1,Npt2) … TRNSFP(Npt1,Npt2)

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OPERAND	DESCRIPTION	DEFAULT
Mat1	Material 1	None
Mat2	Material 2	None
ITYPE	Function type
	=0 Transformation plasticity not considered
	=1 with
KTYPE	Type of KIJ	None
	=0 Constant
	=1 Function of temperature
	=2 Function of atom
	=3 Function of atom and temperature
KValue	Value of K for KTYPE method=0	None
Npt1,Npt2	Number of data pairs if k is a function

DEFINITION

TRNSFP defines the transformation plasticity model for a transformation relationship. It is defined between material groups (phases) and it is associated with the object when the material is defined for the object. SYSTEM UNITS: (s-1)

REMARKS

The phenomenon of transformation plasticity is where the material will plastically deform at lower applied stresses than the yield stress of the material when the applied stress occurs during transformation. Applicable Simulation Modules: Microstructure, Deformation Applicable Simulation Modes: Deformation, Transformation Applicable object types: Plastic and Elastoplastic,

RELATED TOPICS

Inter-Material Data: Transformation Plasticity Related keywords: VOLFS, VOLFC, STNOUT