glossaries.tex

\makeglossaries

%% Misc -------------------------------------
\newcommand{\eff}{\mrm{eff}}
\newglossaryentry{eff}%
{%
  name={\ensuremath{\eff}},
  description={Meaning of effective},
  sort={E}
}
\newglossaryentry{grv}%
{%
  name={\ensuremath{\mbf{g}}},
  description={Gravitational acceleration vector},
  sort={G}
}

%% Math -------------------------------------
\newglossaryentry{I}%
{%
  name={\ensuremath{\mbf{I}}},
  description={Identity},
  sort={I}
}



%% T ----------------------------------------
\newglossaryentry{T}%
{%
  name={\ensuremath{T}},
  description={Temperature},
  sort={T}
}

\newglossaryentry{mdT}%
{%
  name={\ensuremath{\md{T}}},
  description={Material derivative of temperature},
  sort={M}
}

\newcommand{\cp}{c_p}
\newglossaryentry{cp}%
{%
  name={\ensuremath{\cp}},
  description={Specific heat capacity},
  sort={T}
}

\newglossaryentry{lcp}%
{%
  name={\ensuremath{\cp^l}},
  description={Specific heat capacity of liquid},
  sort={T}
}
\newglossaryentry{scp}%
{%
  name={\ensuremath{\cp^s}},
  description={Specific heat capacity of solid},
  sort={T}
}

\newcommand{\Tconduct}{\mbfs{\lambda}_T}
\newglossaryentry{tconduct}%
{%
  name={\ensuremath{\lambda_T}},
  description={Thermal conductivity},
  sort={T}
}

\newglossaryentry{Tconduct}%
{%
  name={\ensuremath{\Tconduct}},
  description={Thermal conductivity tensor},
  sort={T}
}
\newglossaryentry{lTconduct}%
{%
  name={\ensuremath{\Tconduct^l}},
  description={Thermal conductivity tensor of liquid},
  sort={T}
}
\newglossaryentry{sTconduct}%
{%
  name={\ensuremath{\Tconduct^s}},
  description={Thermal conductivity tensor of solid},
  sort={T}
}

\newglossaryentry{QT}%
{%
  name={\ensuremath{Q_T}},
  description={Heat source term},
  sort={T}
}

%% H ----------------------------------------
\newglossaryentry{p}%
{%
  name={\ensuremath{p}},
  description={Pressure},
  sort={P}
}

\newglossaryentry{mdp}%
{%
  name={\ensuremath{\md{p}}},
  description={Material derivative of pressure},
  sort={M}
}

\newcommand{\vel}{\mbf{v}}
\newglossaryentry{vel}%
{%
  name={\ensuremath{\vel}},
  description={Velocity},
  sort={V}
}

\newglossaryentry{lvelocity}%
{%
  name={\ensuremath{{\vel}_l}},
  description={Velocity of liquid},
  sort={V}
}

\newglossaryentry{QH}%
{%
  name={\ensuremath{Q_H}},
  description={Source or sink term of fluid field},
  sort={S}
}


%%M ----------------------------------------
\newglossaryentry{disp}%
{%
  name={\ensuremath{u}},
  description={Displacement},
  sort={D}
}
\newglossaryentry{dispN}%
{%
  name={\ensuremath{\hat{u}}},
  description={Nodal displacement of  the FEM},
  sort={D}
}
\newglossaryentry{Disp}%
{%
  name={\ensuremath{\mbf{u}}},
  description={Displacement vector},
  sort={D}
}
\newglossaryentry{DispN}%
{%
  name={\ensuremath{\mbf{\hat{u}}}},
  description={Nodal displacement vector of the FEM},
  sort={D}
}

\newglossaryentry{stress}%
{%
  name={\ensuremath{\sigma}},
  description={Stress},
  sort={S}
}
\newglossaryentry{Stress}%
{%
  name={\ensuremath{\mbfs{\sigma}}},
  description={Cauchy stress tensor},
  sort={S}
}
\newglossaryentry{EStress}%
{%
  name={\ensuremath{\mbfs{\Sigma}}},
  description={Eshelby stress tensor},
  sort={S}
}
\newglossaryentry{effStress}%
{%
  name={\ensuremath{\mbfs{\sigma}^\eff}},
  description={Effective stress tensor},
  sort={S}
}
\newglossaryentry{strain}%
{%
  name={\ensuremath{\epsilon}},
  description={Strain},
  sort={S}
}
\newglossaryentry{Strain}%
{%
  name={\ensuremath{\mbfs{\epsilon}}},
  description={Strain tensor},
  sort={S}
}

\newglossaryentry{Biots}%
{%
  name={\ensuremath{{\alpha}_B}},
  description={Biot's coefficient},
  sort={B}
}

\newglossaryentry{ETensor}%
{%
  name={\ensuremath{\fourtens{C}}},
  description={Forth order elastic tensor},
  sort={E}
}
\newglossaryentry{G}%
{%
  name={\ensuremath{G}},
  description={Shear modulus},
  sort={E}
}
\newglossaryentry{bulkK}%
{%
  name={\ensuremath{K}},
  description={Bulk modulus},
  sort={E}
}
\newglossaryentry{Poisson}%
{%
  name={\ensuremath{\nu}},
  description={Poisson ratio},
  sort={E}
}
\newglossaryentry{lame}%
{%
  name={\ensuremath{\lambda}},
  description={Lam\'{e} constant},
  sort={E}
}

%%Medium ------------------------------------
\newglossaryentry{R}%
{%
  name={\ensuremath{R}},
  description={Specfic gas constant, 8314.41 $\mbox{J/(kmol\;K)}$},
  sort={R}
}


%% Matetrial
\newcommand{\dens}{\varrho}
\newglossaryentry{dens}%
{%
  name={\ensuremath{\dens}},
  description={Density},
  sort={D}
}
\newglossaryentry{ldensity}%
{%
  name={\ensuremath{\dens_l}},
  description={Density of liquid},
  sort={D}
}
\newglossaryentry{sdensity}%
{%
  name={\ensuremath{\dens_s}},
  description={Density of solid},
  sort={D}
}

\newcommand{\poro}{\phi_\mrm{F}}
\newglossaryentry{poro}%
{%
  name={\ensuremath{\phi_\mrm{F}}},
  description={Porosity},
  sort={P}
}

\newcommand{\viscosity}{\mu}
\newglossaryentry{viscocity}%
{%
  name={\ensuremath{\viscosity}},
  description={Viscosity},
  sort={V}
}

\newglossaryentry{lviscocity}%
{%
  name={\ensuremath{{\viscosity}_l}},
  description={Viscosity of liquid},
  sort={V}
}

\newcommand{\perm}{\mbf{k}}
\newglossaryentry{perm}%
{%
  name={\ensuremath{\perm}},
  description={Intrinsic permeability},
  sort={P}
}
\newglossaryentry{lperm}%
{%
  name={\ensuremath{{\perm}_l}},
  description={Permeability of liquid},
  sort={P}
}

\newglossaryentry{storage}%
{%
  name={\ensuremath{{\beta}_s}},
  description={Specific storage of porous media},
  sort={S}
}

\newcommand{\Texpansion}{{\alpha}_T}
\newglossaryentry{Texpansion}%
{%
  name={\ensuremath{{\Texpansion}}},
  description={Thermal expansion},
  sort={T}
}

\newglossaryentry{lTexpansion}%
{%
  name={\ensuremath{\Texpansion^l}},
  description={Volume thermal expansion of liquid},
  sort={T}
}

\newglossaryentry{sTexpansion}%
{%
  name={\ensuremath{\Texpansion^s}},
  description={Volume thermal expansion of solid},
  sort={T}
}

%%Numerics ------------------------------------
\newglossaryentry{shp}%
{%
  name={\ensuremath{N}},
  description={Shape function of the FEM},
  sort={F}
}