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Paul Brinkmeier 2023-06-12 18:06:57 +02:00
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@ -61,6 +61,11 @@ Nevertheless we include some microscopic properties.
\todo{What is viscoelasticity? Show some graphs and \enquote{oral} explanation} \todo{What is viscoelasticity? Show some graphs and \enquote{oral} explanation}
\begin{itemize}
\item \textbf{Creep}:
\item \textbf{Stress relexation}:
\end{itemize}
Generally modeled using differential equations involving the elastic modulus $E$, viscosity $\eta$, stress $\sigma$ and strain $\epsilon$. Generally modeled using differential equations involving the elastic modulus $E$, viscosity $\eta$, stress $\sigma$ and strain $\epsilon$.
\cite{roylance2001} mentions these constitutive models: \cite{roylance2001} mentions these constitutive models:
@ -123,7 +128,9 @@ Since viscoelastic behavior is inherently time-dependent, it will be a challenge
\item \acrfull{cis} is an implementation of the \acrshort{cpm} in \acrshort{nastja} \cite{berghoff2020, herold2023}. \item \acrfull{cis} is an implementation of the \acrshort{cpm} in \acrshort{nastja} \cite{berghoff2020, herold2023}.
\end{itemize} \end{itemize}
\section{Lattice Models of Viscoelastic Materials} \section{Models of Viscoelastic Materials}
\subsection{Chopard (Cellular Automaton)}
\subsection{\acrfull{lbm}} \subsection{\acrfull{lbm}}