\begin{figure}
%\textcolor{magenta}{*** Figure 15 ***}
%\textcolor{magenta}{*** Figure 5 of the CFD4NRS-7 paper ***}
    \begin{tabular}{ccc}
  a&\multicolumn{2}{c}{b}\\
      \adjincludegraphics[height=40mm,clip=true,trim=55mm 25mm 25mm 25mm,valign=c]%,frame]
      {figures/figure15/{temperature_slice_cooledinlets}.jpg}\label{fig:15:a} 
    &
      \multicolumn{2}{c}{\adjincludegraphics[height=40mm,clip=true,trim=30mm 10mm 0mm 10mm,valign=c]%,frame]
      {figures/figure15/{velocity_slice_cooledinlets}.jpg}\label{fig:15:b}}\\
    c&d&e\\
      \adjincludegraphics[height=40mm,clip=true,trim=55mm 25mm 10mm 25mm,valign=c]%,frame]
      {figures/figure15/{liquidfraction_slice}.jpg}\label{fig:15:c}
    &
      \adjincludegraphics[height=30mm,clip=true,trim=50mm 0mm 60mm 20mm,valign=c]%,frame]
      {figures/figure15/{fluidtemperatureatwall_fromthebase_cooledinlets}.jpg}\label{fig:15:d}
    &
      \adjincludegraphics[height=30mm,clip=true,trim=90mm 0mm 60mm 20mm,valign=c]%,frame]
      {figures/figure15/{fluidtemperatureatwall_fromthetop_cooledinlets}.jpg}\label{fig:15:e}
  \end{tabular}
\caption[
Mid plane contour plots of velocity (\si{\metre\per\second}), temperature (\si{\kelvin}) and liquid fraction (-) at the midplane, where the black vectors indicate the direction of the flow through the horizontal planes, which represent the core inlets and outlets; d-e: Outer surface plots of the temperature scaled between the wall boundary condition \SI{623.5}{\kelvin} and the liquidus point \SI{841.55}{\kelvin}, here the black vector indicates the positive vertical direction. Note that the solidus point was \SI{814.22}{\kelvin}.
]{}
\label{fig:15} % first figure in \S\,\ref{casestud:07} 
\end{figure}
