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Timestamp:
May 22, 2008, 2:20:28 PM (16 years ago)
Author:
ole
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  • anuga_work/publications/anuga_2007/anuga_validation.tex

    r5355 r5356  
    44       
    55% Use the Elsevier LaTeX document class
    6 \documentclass{elsart}
     6%\documentclass{elsart3p} % Two column
     7%\documentclass{elsart1p} % One column
     8\documentclass{elsart} % Basic
    79
    810% Useful packages
     
    281283    central-upwind scheme is capable of resolving fluxes arising between
    282284    wet and dry cells. ANUGA does optionally bypass unnecessary
    283     computations for dry-dry cell boundaries for purely performance reasons.
     285    computations for dry-dry cell boundaries purely to improve performance.
    284286    \item ANUGA employs a second order spatial reconstruction of triangles
    285287    to produce a piece-wise linear function construction of the conserved
     
    294296\end{itemize}     
    295297   
    296 \begin{figure}
    297 \begin{center}
    298 %\includegraphics[width=5.0cm,keepaspectratio=true]{step-reconstruct}
    299 \caption{From the values of the conserved quantities at the centroid
    300 of the cell and its neighbouring cells, a discontinuous piecewise
    301 linear reconstruction of the conserved quantities is obtained.}
    302 \label{fig:mesh:reconstruct}
    303 \end{center}
    304 \end{figure}
    305 
    306298In the computations presented in this paper we use an explicit Euler
    307299time stepping method with variable timestepping subject to the
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