 <OpenGeoSysProject>

   <meshes>

     <mesh>mesh.vtu</mesh>

     <mesh>geometry_left_lin.vtu</mesh>

     <mesh>geometry_right_lin.vtu</mesh>

     <mesh>geometry_top_lin.vtu</mesh>

     <mesh>geometry_bottom_lin.vtu</mesh>

   </meshes>

   <processes>

     <process>

       <name>HeatTransportInStationaryFlow</name>

       <type>THERMO_RICHARDS_FLOW</type>

       <integration_order>2</integration_order>

       <process_variables>

         <temperature>temperature</temperature>

         <pressure>pressure</pressure>

       </process_variables>

       <specific_body_force>0 -0.0</specific_body_force>

       <secondary_variables>

         <secondary_variable internal_name="velocity" output_name="velocity" />

         <secondary_variable internal_name="saturation" output_name="saturation" />

       </secondary_variables>

     </process>

   </processes>

   <media>

     <medium id="0">

       <phases>

         <phase>

           <type>AqueousLiquid</type>

           <properties>

             <property>

               <name>specific_heat_capacity</name>

               <type>Constant</type>

               <value>4182</value>

             </property>

             <property>

               <name>thermal_conductivity</name>

               <type>Constant</type>

               <value>0.6</value>

             </property>

             <property>

               <name>density</name>

               <type>Constant</type>

               <value>1000</value>

             </property>

             <property>

               <name>viscosity</name>

               <type>Constant</type>

               <value>1.0e-3</value>

             </property>

           </properties>

         </phase>

         <phase>

           <type>Solid</type>

           <properties>

             <property>

               <name>density</name>

               <type>Constant</type>

               <value>2850</value>

             </property>

             <property>

               <name>thermal_conductivity</name>

               <type>Constant</type>

               <value>5.0</value>

             </property>

             <property>

               <name>specific_heat_capacity</name>

               <type>Constant</type>

               <value>6000000</value>

             </property>

             <property>

               <name>thermal_expansivity</name>

               <type>Constant</type>

               <value>0.0</value>

             </property>

           </properties>

         </phase>

       </phases>

       <properties>

         <property>

           <name>relative_permeability</name>

           <type>Constant</type>

           <value>1</value>

         </property>

         <property>

           <name>biot_coefficient</name>

           <type>Constant</type>

           <value>1.0</value>

         </property>

         <property>

           <name>saturation</name>

           <type>Constant</type>

           <value>1</value>

         </property>

         <property>

           <name>permeability</name>

           <type>Constant</type>

           <value>1.e-11</value>

         </property>

         <property>

           <name>porosity</name>

           <type>Constant</type>

           <value>1.0</value>

         </property>

         <property>

           <name>thermal_conductivity</name>

           <type>EffectiveThermalConductivityPorosityMixing</type>

         </property>

       </properties>

     </medium>

   </media>

   <time_loop>

     <processes>

       <process ref="HeatTransportInStationaryFlow">

         <nonlinear_solver>basic_newton</nonlinear_solver>

         <convergence_criterion>

           <type>PerComponentDeltaX</type>

           <norm_type>NORM2</norm_type>

           <abstols>1e-11 1e-8</abstols>

         </convergence_criterion>

         <time_discretization>

           <type>BackwardEuler</type>

         </time_discretization>

         <time_stepping>

           <type>FixedTimeStepping</type>

           <t_initial>0.0</t_initial>

           <t_end>5.e+4</t_end>

           <timesteps>

             <pair>

               <repeat>250</repeat>

               <delta_t>1000</delta_t>

             </pair>

           </timesteps>

         </time_stepping>

       </process>

     </processes>

     <output>

       <type>VTK</type>

       <prefix>HeatTransportInStationaryFlow</prefix>

       <timesteps>

         <pair>

           <repeat>1</repeat>

           <each_steps>250</each_steps>

         </pair>

       </timesteps>

       <variables>

         <variable>temperature</variable>

         <variable>pressure</variable>

         <variable>velocity</variable>

         <variable>saturation</variable>

       </variables>

       <suffix>ts{:timestep}_t_{:time}</suffix>

       <fixed_output_times>50000</fixed_output_times>

     </output>

   </time_loop>

   <parameters>

     <parameter>

       <name>E</name>

       <type>Constant</type>

       <value>1e10</value>

     </parameter>

     <parameter>

       <name>nu</name>

       <type>Constant</type>

       <value>.3</value>

     </parameter>

     <parameter>

       <name>T0</name>

       <type>Constant</type>

       <value>0.0</value>

     </parameter>

     <parameter>

       <name>P0</name>

       <type>Constant</type>

       <value>1e+5</value>

     </parameter>

     <parameter>

       <name>p_left</name>

       <type>Constant</type>

       <value>1.01e5</value>

     </parameter>

     <parameter>

       <name>p_right</name>

       <type>Constant</type>

       <value>1.0e5</value>

     </parameter>

     <parameter>

       <name>T_left</name>

       <type>Constant</type>

       <value>1.</value>

     </parameter>

     <parameter>

       <name>displacement0</name>

       <type>Constant</type>

       <values>0 0</values>

     </parameter>

     <parameter>

       <name>u0</name>

       <type>Constant</type>

       <values>0</values>

     </parameter>

   </parameters>

   <process_variables>

     <process_variable>

       <name>temperature</name>

       <components>1</components>

       <order>1</order>

       <initial_condition>T0</initial_condition>

       <boundary_conditions>

         <boundary_condition>

           <mesh>geometry_left_lin</mesh>

           <type>Dirichlet</type>

           <parameter>T_left</parameter>

         </boundary_condition>

       </boundary_conditions>

     </process_variable>

     <process_variable>

       <name>pressure</name>

       <components>1</components>

       <order>1</order>

       <initial_condition>P0</initial_condition>

       <boundary_conditions>

         <boundary_condition>

           <mesh>geometry_left_lin</mesh>

           <type>Dirichlet</type>

           <parameter>p_left</parameter>

         </boundary_condition>

         <boundary_condition>

           <mesh>geometry_right_lin</mesh>

           <type>Dirichlet</type>

           <parameter>p_right</parameter>

         </boundary_condition>

       </boundary_conditions>

     </process_variable>

   </process_variables>

   <nonlinear_solvers>

     <nonlinear_solver>

       <name>basic_newton</name>

       <type>Newton</type>

       <max_iter>50</max_iter>

       <linear_solver>general_linear_solver</linear_solver>

     </nonlinear_solver>

   </nonlinear_solvers>

   <linear_solvers>

     <linear_solver>

       <name>general_linear_solver</name>

       <eigen>

         <solver_type>SparseLU</solver_type>

         <scaling>1</scaling>

       </eigen>

     </linear_solver>

   </linear_solvers>

 </OpenGeoSysProject>