Page Menu
Home
c4science
Search
Configure Global Search
Log In
Files
F90705137
manual-appendix-materials.tex
No One
Temporary
Actions
Download File
Edit File
Delete File
View Transforms
Subscribe
Mute Notifications
Award Token
Subscribers
None
File Metadata
Details
File Info
Storage
Attached
Created
Mon, Nov 4, 00:51
Size
3 KB
Mime Type
text/x-tex
Expires
Wed, Nov 6, 00:51 (2 d)
Engine
blob
Format
Raw Data
Handle
19649753
Attached To
rAKA akantu
manual-appendix-materials.tex
View Options
\chapter
{
Material parameters
}
\label
{
app:material-parameters
}
\section
{
Linear elastic isotropic
}
\begin
{
MaterialDesc
}{
elastic
}{
ssect:smm:linear-elastic-isotropic
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
Plane
\_
Stress
}{
bool
}{
Plane stress simplification (only 2D problems)
}
\end
{
MaterialDesc
}
\section
{
Linear elastic anisotropic
}
\begin
{
MaterialDesc
}{
elastic
\_
anisotropic
}{
ssect:smm:linear-elastic-anisotropic
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
n1
}{
Vector<Real>
}{
Direction of the main material axis
}
\matparam
{
n2
}{
Vector<Real>
}{
Direction of the second material axis (if
applicable)
}
\matparam
{
n3
}{
Vector<Real>
}{
Direction of the third material axis (if
applicable)
}
\matparam
{
C..
}{
Real
}{
Coefficient ij of the material tensor C (all the 36 values
in Voigt notation can be entered .)
}
% \matparam{alpha}{Real}{Viscous proportion (default value is 0)}
\end
{
MaterialDesc
}
\section
{
Linear elastic orthotropic
}
\begin
{
MaterialDesc
}{
elastic
\_
orthotropic
}{
ssect:smm:linear-elastic-orthotropic
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
n1
}{
Vector<Real>
}{
Direction of the main material axis
}
\matparam
{
n2
}{
Vector<Real>
}{
Direction of the second material axis (if
applicable)
}
\matparam
{
n3
}{
Vector<Real>
}{
Direction of the third material axis (if
applicable)
}
\matparam
{
E1
}{
Real
}{
Young's modulus (n1)
}
\matparam
{
E2
}{
Real
}{
Young's modulus (n2)
}
\matparam
{
E3
}{
Real
}{
Young's modulus (n3)
}
\matparam
{
nu12
}{
Real
}{
Poisson's ratio (12)
}
\matparam
{
nu13
}{
Real
}{
Poisson's ratio (13)
}
\matparam
{
nu23
}{
Real
}{
Poisson's ratio (23)
}
\matparam
{
G12
}{
Real
}{
Shear modulus (12)
}
\matparam
{
G13
}{
Real
}{
Shear modulus (13)
}
\matparam
{
G23
}{
Real
}{
Shear modulus (23)
}
\end
{
MaterialDesc
}
\section
{
Neohookean (finite strains)
}
\begin
{
MaterialDesc
}{
neohookean
}{
ssect:smm:cl:neohookean
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
Plane
\_
Stress
}{
bool
}{
Plane stress simplification : false = plane strain, true = plane stress (default: false) (only 2D problems)
}
\end
{
MaterialDesc
}
\section
{
Standard linear solid
}
\begin
{
MaterialDesc
}{
sls
\_
deviatoric
}{
ssect:smm:cl:sls
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
Plane
\_
Stress
}{
bool
}{
Plane stress simplification (only 2D problems)
}
\matparam
{
Eta
}{
Real
}{
Viscosity
}
\matparam
{
Ev
}{
Real
}{
Stiffness of the viscous element
}
\end
{
MaterialDesc
}
\section
{
Elasto-plastic linear isotropic hardening
}
\begin
{
MaterialDesc
}{
plastic
\_
linear
\_
isotropic
\_
hardening
}{
ssect:smm:cl:plastic
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
h
}{
Real
}{
Hardening modulus
}
\matparam
{
sigma
\_
y
}{
Real
}{
Yielding stress
}
\end
{
MaterialDesc
}
\section
{
Damage: Marigo
}
\begin
{
MaterialDesc
}{
marigo
}{
ssect:smm:cl:damage-marigo
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
Plane
\_
Stress
}{
bool
}{
Plane stress simplification (only 2D problems)
}
\matparam
{
Yd
}{
Random
}{
Rupture criterion
}
\matparam
{
Sd
}{
Real
}{
Damage Energy
}
\end
{
MaterialDesc
}
\section
{
Damage: Mazars
}
\begin
{
MaterialDesc
}{
mazars
}{
ssect:smm:cl:damage-mazars
}
\matparam
{
rho
}{
Real
}{
Density
}
\matparam
{
E
}{
Real
}{
Young's modulus
}
\matparam
{
nu
}{
Real
}{
Poisson's ratio
}
\matparam
{
At
}{
Real
}{
Traction post-peak asymptotic value
}
\matparam
{
Bt
}{
Real
}{
Traction decay shape
}
\matparam
{
Ac
}{
Real
}{
Compression post-peak asymptotic value
}
\matparam
{
Bc
}{
Real
}{
Compression decay shape
}
\matparam
{
K0
}{
Real
}{
Damage threshold
}
\matparam
{
beta
}{
Real
}{
Shear parameter
}
\end
{
MaterialDesc
}
\IfFileExists
{
manual-appendix-materials-extra-materials.tex
}{
\input
{
manual-appendix-materials-extra-materials
}}{}
\IfFileExists
{
manual-appendix-materials-cohesive.tex
}{
\input
{
manual-appendix-materials-cohesive
}}{}
%%% Local Variables:
%%% mode: latex
%%% TeX-master: "manual"
%%% End:
Event Timeline
Log In to Comment