\begin{figure}
%\textcolor{magenta}{*** Figure 12 ***}
%\textcolor{magenta}{*** Figure 3 of the NUTHOS-12 paper ***}
    \begin{tabular}{ccc}
  a&b&c\\
      \adjincludegraphics[width=50mm,clip=true,trim=140mm 0mm 100mm 0mm,valign=c]%,frame]
      {figures/figure10/{velocityplot_vessel}.jpg}\label{fig:10:a} 
    &
      \adjincludegraphics[width=50mm,clip=true,trim=140mm 0mm 100mm 0mm,valign=c]%,frame]
      {figures/figure10/{temperatureplot_vessel}.jpg}\label{fig:10:b}
    &
      \adjincludegraphics[width=50mm,clip=true,trim=140mm 0mm 100mm 0mm,valign=c]%,frame]
      {figures/figure10/{densityplot_vessel}.jpg}\label{fig:10:c}\\
    &d&e\\
    &\adjincludegraphics[height=30mm,clip=true,trim=0mm 0mm 0mm 0mm,valign=c]%,frame]
    {figures/figure10/{temperatureplot_vesselwall}.jpg}\label{fig:10:d}
    &
      \adjincludegraphics[height=30mm,clip=true,trim=0mm 0mm 0mm 0mm,valign=c]%,frame]
      {figures/figure10/{densityplot_vesselwall}.jpg}\label{fig:10:e}
  \end{tabular}
	\caption[Velocity, temperature and density fields for 2D flow with conjugate heat transfer with a 20 mm wall. a) Velocity field in the whole reactor vessel with vectors indicating the flow direction. b) Temperature field in the reactor vessel. c) Density field in the reactor vessel. d) Temperature field at the vessel wall. e) Density field at the vessel wall.]{}\label{fig:10} % first figure in \S\,\ref{casestud:05}
\end{figure}
%/gpfs/cds/local/HCP156/ssr04/ggc70-ssr04/Data/Code_Saturne/V_5.0_CIRRUS/TWO_D/INTEL/CHT/MSFR2D_nonbtvpFv2fIH_noHEX_FW_135kmesh01micronnickelwall_06