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DEFORM V14.0.2 Manual

PHEQVF

(Inter-material data)  
Update History: (New) Definition has been extended in v11 Last updated on : 24-07-2013

PHEQVF Mat1, Mat2, FuncType(=0 or =4), VolFrac (for constant value)

or

PHEQVF Mat1, Mat2, FuncType(=1 or =5), Ndata (for volume fraction as a function of temperature)

Temp(1), VolFrac(1)

::

Temp(Ndata), VolFrac(Ndata)

or (for Volume fraction as a function of atom)

PHEQVF Mat1, Mat2, FuncType(=2 or =6), Ndata

Atom(1), VolFrac(1)

::

Atom(Ndata), VolFrac(Ndata)

or

PHEQVF Mat1, Mat2, FuncType(=3 or =7), NTemp, NAtom (for volume fraction as a function of temp..and atom)

Temp(1), …,Temp(NTemp)

Atom(1), …,Atom(NAtom)

VolFrac(1, 1), …,VolFrac(NTemp, 1)

:

VolFrac(1, NAtom), …,VolFrac(NTemp, NAtom)


OPERAND DESCRIPTION DEFAULT
Mat1 Material 1 None
Mat2 Material 2 None
FuncType Variant selection model type = 0 or 4 Constant value = 1 or 5 Function of temperature = 2 or 6 Function of atom = 3 or7 Function of temperature and atom Control of proportional calculation on/off = Off 0, 1, 2, 3 = On 4, 5, 6, 7 0
Ndata Number of temperature or atom pair 0
VolFrac(j) Volume fraction of ith data pair None
NTemp Number of temperature data 0
NAtom Number of atom data 0
Temp(i) Temperature of ith data 0.0
Atom(i) Atom of ith data 0.0
VolFrac(i,j) Volume fraction of ith and jth data 0.0

DEFINITION

PHEQVF specifies the equilibrium volume fraction for precipitation.

REMARKS

This keyword sets a flag to indicate how to use the equilibrium volume fraction (i.e. proportional calculation on/off) in FEM calculation. Applicable object types: Plastic, Elastoplastic Applicable simulation type: Microstructure, Heat treatment, Transformation

Related keywords: TTTD