/*!
\page TransportEqPage The transport equation

[TOC]


 
\f[
 \partial_t h + \vec{u}\cdot\vec{\nabla} h = \Phi+\lambda_{sf}(T_s-T)
\f]

where

- \f$ h \f$ the main unknown is the fluid enthalpy field
- \f$ \vec{u} \f$ is the constant transport velocity set by the user
- \f$ \Phi \f$ is the heat source term if explicitely known
- \f$ T_s \f$ is the rod temperature field provided by the user
- \f$ T=T_0+\frac{h-h_0}{c_p}\f$ is the fluid temperature field
- \f$ \lambda_{sf}\f$ is the fluid-rod heat transfer coefficient provided by the user
- \f$ c_p \f$ is the fluid specific heat, provided by the user and assumed constant



* The class \ref TransportEquation implements a scalar advection equation for the enthalpy of a fluid. The fluid can be either steam or liquid water around 1 bar or 155 bars.

* \subpage ExampleTransportEqPage "Here are C and Python example scripts"	


*/