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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\chapter{Models} |
\chapter{Models} |
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\label{MODELS CHAPTER} |
\label{MODELS CHAPTER} |
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The following sections give a breif overview of the model classes and their corresponding methods. |
The following sections give a brief overview of the model classes and their |
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corresponding methods. |
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\input{stokessolver} |
\input{stokessolver} |
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%\input{darcyfluxNew} |
%\input{darcyfluxNew} |
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\input{darcyflux} |
\input{darcyflux} |
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%\input{levelsetmodel} |
%\input{levelsetmodel} |
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\section{Isotropic Kelvin Material \label{IKM}} |
\section{Isotropic Kelvin Material \label{IKM}} |
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As proposed by Kelvin~\cite{Muhlhaus2005} material strain $D_{ij}=\frac{1}{2}(v_{i,j}+v_{j,i})$ can be decomposed into |
As proposed by Kelvin~\cite{Muhlhaus2005} material strain $D_{ij}=\frac{1}{2}(v_{i,j}+v_{j,i})$ can be decomposed into |
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an elastic part $D_{ij}^{el}$ and visco-plastic part $D_{ij}^{vp}$: |
an elastic part $D_{ij}^{el}$ and visco-plastic part $D_{ij}^{vp}$: |
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