\relax 
\providecommand*{\memsetcounter}[2]{}
\providecommand \babel@aux [2]{\global \let \babel@toc \@gobbletwo }
\@nameuse{bbl@beforestart}
\providecommand\zref@newlabel[2]{}
\providecommand\hyper@newdestlabel[2]{}
\ifx\rEfLiNK\UnDef\gdef \rEfLiNK#1#2{#2}\fi
\@writefile{toc}{\changetocdepth  {2}}
\babel@aux{english}{}
\@writefile{lof}{\addvspace {10pt}}
\@writefile{lot}{\addvspace {10pt}}
\@writefile{lof}{\addvspace {10pt}}
\@writefile{lot}{\addvspace {10pt}}
\newlabel{f:mesh}{{\rEfLiNK{x4-4003r1}{\csname :autoref\endcsname{figure}2.1}}{\rEfLiNK{x4-4003r1}{\csname :autoref\endcsname{figure}13}}{\rEfLiNK{x4-4003r}{\csname :autoref\endcsname{figure}$64^{2}$ and $128^{2}$ element meshes.}}{figure.1}{}}
\newlabel{f:ic-uv}{{\rEfLiNK{x4-5001r2}{\csname :autoref\endcsname{figure}2.2}}{\rEfLiNK{x4-5001r2}{\csname :autoref\endcsname{figure}17}}{\rEfLiNK{x4-5001r}{\csname :autoref\endcsname{figure}$u$ and $v$ velocity components on the $z=0$ plane at $t=0$ using the $64^{3}$ elements mesh.}}{figure.1}{}}
\newlabel{f:ic-vort}{{\rEfLiNK{x4-5002r3}{\csname :autoref\endcsname{figure}2.3}}{\rEfLiNK{x4-5002r3}{\csname :autoref\endcsname{figure}20}}{\rEfLiNK{x4-5002r}{\csname :autoref\endcsname{figure}z-vorticity on the surface $z=0$ at $t=0$ and vorticity iso-surfaces at $t=0$ on the $64^3$ volume domain.}}{figure.1}{}}
\@writefile{lof}{\addvspace {10pt}}
\@writefile{lot}{\addvspace {10pt}}
\@writefile{lof}{\addvspace {10pt}}
\@writefile{lot}{\addvspace {10pt}}
\newlabel{fig:fig1}{{\rEfLiNK{x6-12002r4}{\csname :autoref\endcsname{equation}4}}{\rEfLiNK{x6-12002r4}{\csname :autoref\endcsname{equation}33}}{\rEfLiNK{x6-12002r4}{\csname :autoref\endcsname{equation}equation}}{equation.1}{}}
\newlabel{fig:fig1}{{\rEfLiNK{x6-12003r4}{\csname :autoref\endcsname{figure}4}}{\rEfLiNK{x6-12003r4}{\csname :autoref\endcsname{figure}36}}{\rEfLiNK{x6-12003r4}{\csname :autoref\endcsname{figure}Time evolution of the kinetic energy (left) and enstrophy (right).}}{figure.1}{}}
\providecommand*\caption@xref[2]{\@setref\relax\@undefined{#1}}
\newlabel{fig:1a}{{\rEfLiNK{x6-12005r1}{\csname :autoref\endcsname{subfigure}4.2a}}{\rEfLiNK{x6-12005r1}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12005r4}{\csname :autoref\endcsname{subfigure}$\tau $=3, Laminar vortex sheets}}{subfigure.1}{}}
\newlabel{sub@fig:1a}{{\rEfLiNK{x6-12005ra}{\csname :autoref\endcsname{subfigure}a}}{\rEfLiNK{x6-12005ra}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12005ra}{\csname :autoref\endcsname{subfigure}$\tau $=3, Laminar vortex sheets}}{subfigure.1}{}}
\newlabel{fig:1b}{{\rEfLiNK{x6-12006r2}{\csname :autoref\endcsname{subfigure}4.2b}}{\rEfLiNK{x6-12006r2}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12006r4}{\csname :autoref\endcsname{subfigure}$\tau $=5, Vortex stretching}}{subfigure.1}{}}
\newlabel{sub@fig:1b}{{\rEfLiNK{x6-12006rb}{\csname :autoref\endcsname{subfigure}b}}{\rEfLiNK{x6-12006rb}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12006rb}{\csname :autoref\endcsname{subfigure}$\tau $=5, Vortex stretching}}{subfigure.1}{}}
\newlabel{fig:1c}{{\rEfLiNK{x6-12007r3}{\csname :autoref\endcsname{subfigure}4.2c}}{\rEfLiNK{x6-12007r3}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12007r4}{\csname :autoref\endcsname{subfigure}$\tau $=7, Rearrangement}}{subfigure.1}{}}
\newlabel{sub@fig:1c}{{\rEfLiNK{x6-12007rc}{\csname :autoref\endcsname{subfigure}c}}{\rEfLiNK{x6-12007rc}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12007rc}{\csname :autoref\endcsname{subfigure}$\tau $=7, Rearrangement}}{subfigure.1}{}}
\newlabel{fig:1c}{{\rEfLiNK{x6-12008r4}{\csname :autoref\endcsname{subfigure}4.2d}}{\rEfLiNK{x6-12008r4}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12008r4}{\csname :autoref\endcsname{subfigure}$\tau $=8, Breakdown}}{subfigure.1}{}}
\newlabel{sub@fig:1c}{{\rEfLiNK{x6-12008rd}{\csname :autoref\endcsname{subfigure}d}}{\rEfLiNK{x6-12008rd}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12008rd}{\csname :autoref\endcsname{subfigure}$\tau $=8, Breakdown}}{subfigure.1}{}}
\newlabel{fig:1c}{{\rEfLiNK{x6-12009r5}{\csname :autoref\endcsname{subfigure}4.2e}}{\rEfLiNK{x6-12009r5}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12009r4}{\csname :autoref\endcsname{subfigure}$\tau $=9, Fully turbulent}}{subfigure.1}{}}
\newlabel{sub@fig:1c}{{\rEfLiNK{x6-12009re}{\csname :autoref\endcsname{subfigure}e}}{\rEfLiNK{x6-12009re}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12009re}{\csname :autoref\endcsname{subfigure}$\tau $=9, Fully turbulent}}{subfigure.1}{}}
\newlabel{fig:1c}{{\rEfLiNK{x6-12010r6}{\csname :autoref\endcsname{subfigure}4.2f}}{\rEfLiNK{x6-12010r6}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12010r4}{\csname :autoref\endcsname{subfigure}$\tau $=12, Dissipation and decay}}{subfigure.1}{}}
\newlabel{sub@fig:1c}{{\rEfLiNK{x6-12010rf}{\csname :autoref\endcsname{subfigure}f}}{\rEfLiNK{x6-12010rf}{\csname :autoref\endcsname{subfigure}39}}{\rEfLiNK{x6-12010rf}{\csname :autoref\endcsname{subfigure}$\tau $=12, Dissipation and decay}}{subfigure.1}{}}
\newlabel{fig:1}{{\rEfLiNK{x6-12011r3}{\csname :autoref\endcsname{figure}4.3}}{\rEfLiNK{x6-12011r3}{\csname :autoref\endcsname{figure}39}}{\rEfLiNK{x6-12011r4}{\csname :autoref\endcsname{figure}Time evolution of z-vorticity isosurfaces}}{figure.1}{}}
\memsetcounter{lastsheet}{41}
\memsetcounter{lastpage}{41}
\gdef \@abspage@last{42}