glossaries.tex

%Ein eigenes Symbolverzeichnis erstellen
\newglossary[slg]{symbolslist}{syi}{syg}{List of symbols}

%Den Punkt am Ende jeder Beschreibung deaktivieren
\renewcommand*{\glspostdescription}{}

\glsaddkey{unit}{\glsentrytext{\glslabel}}{\glsentryunit}{\GLsentryunit}{\glsunit}{\Glsunit}{\GLSunit}


\makeglossaries


\newglossaryentry{symb:mu}{
	name=$\mu$,
  	description={dynamic viscosity},
  	unit={$\si{\kg\per\metre\per\second}$}, 
  	sort=GREEKmu,   	
  	type=symbolslist
}

\newglossaryentry{symb:mu_t}{
	name=$\mu_t$,
	description={turbulent dynamic viscosity},
	unit={$\si{\kg\per\metre\per\second}$}, 
	sort=GREEKmut,   	
	type=symbolslist
}

\newglossaryentry{symb:nu}{
	name=\ensuremath{\nu},
	description={kinematic viscosity},
	unit={$\si{\square\metre\per\second}$}, 
	sort=GREEKnu,   	
	type=symbolslist
}

\newglossaryentry{symb:nut}{
	name=\ensuremath{\nu_t},
	description={turbulent eddy viscosity},
	unit={$\si{\square\metre\per\second}$}, 
	sort=GREEKnut,   	
	type=symbolslist
}



\newglossaryentry{symb:height}{
	name=\ensuremath{H},
 	description={height of arbitrary geometries},
 	unit={\si{m}},
 	sort=LATINh,
 	type=symbolslist
}

\newglossaryentry{symb:order_of_convergence}{
	name=\ensuremath{p},
	description={order of convergence},
	unit={\si{-}},
	sort=LATINp,
	type=symbolslist
}

\newglossaryentry{symb:grid_spacing}{
	name=\ensuremath{h},
	description={normalized grid spacing},
	unit={\si{-}},
	sort=LATINh,
	type=symbolslist
}

\newglossaryentry{symb:grid_refinement_ratio}{
	name=\ensuremath{r},
	description={grid refinement ratio},
	unit={\si{-}},
	sort=LATINr,
	type=symbolslist
}

\newglossaryentry{symb:length}{
	name=\ensuremath{L},
	description={length  of arbitrary geometries},
	unit={$\si{m}$},
	sort=LATINl,
	type=symbolslist
}

\newglossaryentry{symb:k}{
	name=$k$,
	description={turbulent kinetic energy},
	unit={\si{\square\metre\per\square\second}}, 
	sort=LATINk,  	
	type=symbolslist
}

\newglossaryentry{symb:epsilon}{
	name=$\varepsilon$,
	description={turbulence dissipation rate},
	unit={\si{\metre\squared\per\cubic\second}}, 
	sort=GREEKepsilon,   	
	type=symbolslist
}

\newglossaryentry{symb:omega}{
	name=$\omega$,
	description={specific dissipation rate},
	unit={$\si{\per\second}$}, 
	sort=GREEKomega,   	
	type=symbolslist
}

\newglossaryentry{symb:z_0}{
	name=$z_0$,
	description={aerodynamic roughness length},
	unit={$\si{\metre}$}, 
	sort=LATINz,   	
	type=symbolslist
}

%  \newglossaryentry{symb:Pi}{name=\ensuremath{\pi},
%  	description={Geometrical value},
%  	unit={},
%  	type=symbolslist
%}

  \newglossaryentry{symb:rho}{
  	name=\ensuremath{\rho},
  	description={fuid density},
  	unit={\si{\kilo\gram\per\cubic\metre}},
  	sort=GREEKrho,
  	type=symbolslist
}

  \newglossaryentry{symb:kappa}{
  	name=\ensuremath{\kappa},
  	description={von Karman constant},
  	unit={-},
  	sort=GREEKkappa,
  	type=symbolslist
  }
  
  
%  \newglossaryentry{energyconsump}{name=\ensuremath{P},
%  	description={Energy consumption},
%  	unit={\si{kW}},
%  	type=symbolslist
%}
  
 \newglossaryentry{symb:c_p}{
 	name=\ensuremath{c_P},
 	description={pressure coefficient},
 	unit={\si{-}},
 	sort=LATINcp, 
 	type=symbolslist
}

% \newglossaryentry{symb:c_oc}{name=\ensuremath{c_{oc}},
% 	description={Mean concentration in occupied zone},
% 	unit={\si{\kilo\gram\per\cubic\metre}},
% 	type=symbolslist
% }

% \newglossaryentry{symb:c_r}{name=\ensuremath{c_r},
% 	description={Exit concentration},
% 	unit={\si{\kilo\gram\per\cubic\metre}},
% 	type=symbolslist
% }

 \newglossaryentry{concentration_of_pollutants}{
 	name=\ensuremath{\bar{c}},
 	description={concentration of pollutant},
 	unit={\si{\kilo\gram\per\cubic\metre}},
 	sort=LATINcpol, 
 	type=symbolslist
 }
 
  \newglossaryentry{symb:u*}{
  	name=\ensuremath{u^*},
  	description={friction velocity},
  	unit={\si{\metre\per\second}},
  	sort=LATINuf, 
  	type=symbolslist
  }

  \newglossaryentry{symb:u_ref}{
  	name=\ensuremath{u_{ref}},
  	description={reference velocity},
  	unit={\si{\metre\per\second}},
  	sort=LATINuref, 
  	type=symbolslist
  }

  \newglossaryentry{symb:u}{
  	name=\ensuremath{u},
	description={velocity},
	unit={\si{\metre\per\second}},
	sort=LATINu, 
	type=symbolslist
}

  \newglossaryentry{symb:p}{
  	name=\ensuremath{p},
	description={pressure},
	unit={\si{\kilogram\per\metre\square\second}},
	sort=LATINp, 
	type=symbolslist
}


  \newglossaryentry{symb:h_ref}{
  	name=\ensuremath{h_{ref}},
	description={reference height},
	unit={\si{\metre}},
	sort=LATINhref, 
	type=symbolslist
}

  \newglossaryentry{symb:yplus}{
  	name=\ensuremath{y^+},
	description={dimensionless wall distance},
	unit={\si{-}},
	sort=LATINyplus, 
	type=symbolslist
}

  \newglossaryentry{symb:uplus}{
  	name=\ensuremath{U^+},
	description={dimensionless velocity},
	unit={\si{-}},
	sort=LATINuplus, 
	type=symbolslist
}


  \newglossaryentry{symb:z_ground}{
  	name=\ensuremath{z_{Ground}},
	description={minimum coordinate value in z-direction},
	unit={\si{\metre}},
	sort=LATINzground, 
	type=symbolslist
}




 \newglossaryentry{symb:q_ref}{
 	name=\ensuremath{Q_{ref}},
 	description={reference ventilation rate},
 	unit={\si{\cubic\metre\per\second}},
 	sort=LATINqref, 
 	type=symbolslist
 }


 \newglossaryentry{symb:reynoldsn}{
	name=\ensuremath{Re},
	description={Reynolds number},
	unit={\si{-}},
	sort=LATINre_b, 
	type=symbolslist
}

 \newglossaryentry{symb:rey_b}{
 	name=\ensuremath{Re_b},
 	description={Reynolds number around a bluff body},
 	unit={\si{-}},
 	sort=LATINreb, 
 	type=symbolslist
 }


 \newglossaryentry{symb:rey_w}{
 	name=\ensuremath{Re_w},
 	description={Reynolds number at an opening},
 	unit={\si{-}},
 	sort=LATINre, 
 	type=symbolslist
 }
 
  \newglossaryentry{Cartesian_coordinates}{
  	name=\ensuremath{x, y, z},
  description={Cartesian coordinates},
  unit={\si{\metre}},
  sort=LATINxyz,  
  type=symbolslist
}

  \newglossaryentry{symb:acr}{
  	name=\ensuremath{ACR},
  	description={air change rate},
  	unit={\si{\per\hour}},
  	sort=LATINacr,  
  	type=symbolslist
  }

  \newglossaryentry{symb:alpha}{
  	name=\ensuremath{\alpha},
  	description={wind shear exponent},
  	unit={-},
  	sort=GREEKalpha,  
  	type=symbolslist
  }


  \newglossaryentry{symb:epsrel}{
  	name=\ensuremath{\varepsilon_{rel}},
  	description={relative error},
  	unit={-},
  	sort=GREEKeps,  
  	type=symbolslist
  }


  \newglossaryentry{symb:E}{
  	name=\ensuremath{E},
  	description={estimated fractional error},
  	unit={-},
  	sort=LATINe,
  	type=symbolslist
  }

  \newglossaryentry{symb:f(h)}{
  	name=\ensuremath{f_{h = 1,2,3}},
  	description={solution functional for different grid sizes},
  	unit={\si{\cubic\metre\per\second}},
  	sort=LATINf,
  	type=symbolslist
  }

  \newglossaryentry{symb:C_mu}{
	name=\ensuremath{C_{\mu}},
	description={constant},
	unit={\si{-}},
	sort=GREEKcmu,
	type=symbolslist
}

  \newglossaryentry{symb:grid_convergence_index}{
  	name=\ensuremath{CGI},
  	description={Grid convergence index},
  	unit={\%},
  	sort=LATINcgi,
  	type=symbolslist
  }

 \newglossaryentry{symb:eddy_visc_ratio}{
 	name=\ensuremath{\frac{\mu_t}{\mu}},
	description={eddy viscosity ratio},
	unit={-},
	sort=GREEKmu,  
	type=symbolslist
}

 \newglossaryentry{symb:turbulence_intensity}{
 	name=\ensuremath{T_i},
	description={turbulence intensity},
	sort=LATINt,
	unit={\%},
	type=symbolslist
}

 \newglossaryentry{symb:phi}{
 	name=\ensuremath{\phi},
	description={mass flow through the cell faces},
	unit={\si{\kilogram\per\second}},
	sort=GREEKphi,  
	type=symbolslist
}




 \newglossaryentry{symb:uprime}{
	name=\ensuremath{u^\prime},
	description={fluctuating part of velocity},
	unit={\si{\metre\per\second}},
	sort=LATINuprime,  
	type=symbolslist
}

 \newglossaryentry{symb:ubar}{
	name=\ensuremath{\bar{u}},
	description={mean velocity},
	unit={\si{\metre\per\second}},
	sort=LATINubar,  
	type=symbolslist
}




%Befehle für Abkürzungen
\newacronym{DES}{DES}		{detached eddy simulation}
\newacronym{DNS}{DNS}		{direct numerical simulation}
\newacronym{RANS}{RANS}		{Reynolds-averaged Navier-Stokes}
\newacronym{URANS}{URANS}	{Unsteady Reynolds-averaged Navier-Stokes}
\newacronym{ABL}{ABL}		{atmospheric boundary layer}
\newacronym{NVP}{NVP}		{natural ventilation potential}
%\newacronym{NV}{NV}			{natural ventilation}
%\newacronym{PCP}{PCP}		{passive cooling potential}
\newacronym{IAQ}{IAQ}		{indoor air quality}
\newacronym{LES}{LES}		{large eddy simulation}
\newacronym[plural=BCs, firstplural = boundary conditions (BCs)]{BC}{BC}			{boundary condition}
\newacronym{CFD}{CFD}		{computational fluid dynamics}
\newacronym{CAD}{CAD}		{Computer-aided design}
\newacronym{STL}{STL} 		{Surface Tesselation Language}
\newacronym{OpenFOAM}{OpenFOAM} {Open source Field Operation And Manipulation}
\newacronym{SIMPLE}{SIMPLE}	{Semi-Implicit Method for Pressure-Linked Equations}
\newacronym{SST}{SST}		{Shear Stress Transport}
\newacronym{PDE}{PDE}		{partial differential equations}
\newacronym{GCI}{GCI}		{grid convergence index}
\newacronym{COST}{COST}		{European Cooperation on Science and Technology}
\newacronym[plural=ACRs, firstplural = air change rates (ACRs)]{ACR}{ACR}		{air change rate}
\newacronym{R}{$R^2$}		{coefficient of determination}
\newacronym{ppm}{ppm}		{parts per million}
\newacronym{RNG}{RNG}		{Renormalization Group Theory}
\newacronym[plural=NSEs, firstplural = Navier–Stokes equations (NSEs)]{NSE}{NSE}		{Navier–Stokes equation}
\newacronym{DIN}{DIN}		{Deutsche Industrie Norm}
\newacronym{RE}{RE}		    {Richardson Extrapolation}
\newacronym[plural=CRs, firstplural = classrooms (CRs)]{CR}{CR}			{classroom}
\newacronym{WT}{WT}			{wind tunnel}
\newacronym{EES}{EES}		{Engineering Equation Solver}
\newacronym{BRAC}{BRAC}		{Bangladesh Rural Advancement Committee}
\newacronym{SWERA}{SWERA}	{Solar and Wind Energy Resource Assessment}
\newacronym{COMIS}{COMIS} 	{Conjunction of Multizone Infiltration Specialists}
\newacronym{CONTAM}{CONTAM}	{Multizone Airflow and Contaminant Transport Analysis Software}
\newacronym{GAMG}{GAMG}		{generalised geometric-algebraic multi-grid}
\newacronym{LDA}{LDA}		{laser Doppler anemometer}
\newacronym{MPI}{MPI}		{Message Passing Interface}
\newacronym{GFA}{GFA}		{gross floor area}
\newacronym{GUI}{GUI}		{graphical user interface}
\newacronym{SD}{SD}			{standard deviation}
\newacronym{FVM}{FVM}		{Finite Volume Method}
\newacronym{LIC}{LIC}		{Line Integral Convolution}
%ppm

%Eine Abkürzung mit Glossareintrag
%\newacronym{AD}{AD}{Active Directory\protect\glsadd{glos:AD}}



%%Befehle für Glossar
%\newglossaryentry{glos:AD}{
%	name=Active Directory,
%	description={Active Directory ist in einem Windows 2000/" "Windows
%		Server 2003-Netzwerk}
%}
%\newglossaryentry{glos:AntwD}{name=Antwortdatei, description={Informationen zum
%		Installieren einer Anwendung oder des Betriebssystems.}}