Manufacturing Solutions

Sine Hyperbolic Inverse Model

Sine Hyperbolic Inverse Model

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Sine Hyperbolic Inverse Model

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The Sine Hyperbolic Inverse model is given by:

 

 sine_hyperbolic_01

 sine_hyperbolic_02

 

n = Stress exponent

A = Reciprocal strain factor

Q = Activation energy

R = Universal gas constant

α = Alpha

 

Workpiece  

Aluminum

{

 

ConstitutiveModel =

"SineHypInv"

 

Density =

ρ

 

SpecificHeat =

Cp(T)

 

Conductivity =

K(T)

 

CoeffOfThermalExpansion

βT

 

VolumetricHeatSource =

Qvol

 

StressExponent =

n

 

ActivationEnergy =

Q

 

ReferenceTemperature =

T0

 

SolidusTemperature =

Ts

 

LiquidusTemperature =

Tl

 

ReciprocalStrainFactor =

A

 

UniversalGasConstant =

R

 

Alpha =

α

 

StrainRateOffset =

ε

 

YoungModulus =

E

 

PoissonRatio =

ν}

 

 

See Also:

Workpiece Material Properties