Wolfgang Bangerth,
Denis Davydov,
Timo Heister,
+ Luca Heltai,
Matthias Maier,
Jean-Paul Pelteret
},
Clemson, SC 29634, USA.
{\texttt{heister@clemson.edu}}}
-\author[4]{Matthias Maier}
-\affil[4]{School of Mathematics,
+\author[4]{Luca Heltai}
+\affil[4]{SISSA,
+ International School for Advanced Studies,
+ Via Bonomea 265,
+ 34136, Trieste, Italy
+{\texttt{luca.heltai@sissa.it}}}
+
+\author[5]{Matthias Maier}
+\affil[5]{School of Mathematics,
University of Minnesota,
127 Vincent Hall, 206 Church Street SE,
Minneapolis, MN 55455, USA,
{\texttt{msmaier@umn.edu}}}
-\author[5]{Jean-Paul Pelteret}
-\affil[5]{Chair of Applied Mechanics,
+\author[6]{Jean-Paul Pelteret}
+\affil[6]{Chair of Applied Mechanics,
University of Erlangen-Nuremberg,
Egerlandstr.\ 5,
91058 Erlangen,
the edges, faces, and the interior of the mesh cell matches an
underlying manifold. This is opposed to using the usual polynomial
approximations of the manifold.
+ TODO: Luca
\item Trilinos linear operators?
TODO: Jean-Paul and Matthias
\subsection{The \texttt{MappingManifold} class}
+TODO: Luca
+
\subsection{TODO: Linear operators with Payload and Trilinos}
TODO: Jean-Paul and Matthias