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manual-appendix-materials-extra-materials.tex
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rAKA akantu
manual-appendix-materials-extra-materials.tex
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\section
{
Linear elastic orthotropic
}
\begin
{
MaterialDesc
}{
elastic
\_
orthotropic
}{}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
n1
}{
Real
}{
Direction of main material axis
}
\matparam
{
n2
}{
Real
}{
Direction of secondary material axis
}
\matparam
{
n3
}{
Real
}{
Direction of tertiery material axis
}
\matparam
{
alpha
}{
Real
}{
Proportion of viscous stress
}
\matparam
{
E1
}{
Real
}{
Young's modulus
$
E_
1
$
}
\matparam
{
E2
}{
Real
}{
Young's modulus
$
E_
2
$
}
\matparam
{
E3
}{
Real
}{
Young's modulus
$
E_
3
$
}
\matparam
{
nu12
}{
Real
}{
Poisson's ration
$
\nu
_{
12
}
$
}
\matparam
{
nu13
}{
Real
}{
Poisson's ration
$
\nu
_{
13
}
$
}
\matparam
{
nu23
}{
Real
}{
Poisson's ration
$
\nu
_{
23
}
$
}
\matparam
{
G12
}{
Real
}{
Shear modulus
$
G_{
12
}
$
}
\matparam
{
G13
}{
Real
}{
Shear modulus
$
G_{
13
}
$
}
\matparam
{
G23
}{
Real
}{
Shear modulus
$
G_{
23
}
$
}
\end
{
MaterialDesc
}
\section
{
Linear elastic anisotropic
}
\begin
{
MaterialDesc
}{
elastic
\_
anisotropic
}{}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
n1
}{
Real
}{
Direction of main material axis
}
\matparam
{
n2
}{
Real
}{
Direction of secondary material axis
}
\matparam
{
n3
}{
Real
}{
Direction of tertiery material axis
}
\matparam
{
alpha
}{
Real
}{
Proportion of viscous stress
}
\matparam
{
Cij
}{
Real
}{
Stiffness matrix coefficients
$
C_{ij}
$
(
$
i,j
=
1
,
2
,
$
\dots
voigt size)
}
\end
{
MaterialDesc
}
\section
{
Visco-plastic
}
\begin
{
MaterialDesc
}{
visco
\_
plastic
}{}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
Plane
\_
Stress
}{
Real
}{
Plane stress simplification (only 2D problems)
}
\matparam
{
rate
}{
Real
}{
Rate sensitivity component
}
\matparam
{
edot0
}{
Real
}{
Reference strain rate
}
\matparam
{
ts
}{
Real
}{
Time
}
\end
{
MaterialDesc
}
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