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test_cases:all [2014/05/20 14:17]
grenier
test_cases:all [2014/07/29 17:54]
grenier
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-An overview of the test cases considered so far is provided on a poster presented at EGU 2014 (please click to enlarge):+An overview of the test cases considered so far is provided on an actualized version of a poster formerly presented at EGU 2014, www.egu2014.eu (please click to enlarge):
  
-{{:test_cases:poster_benchmark_egu_2014.jpg?700|}}+{{ poster_benchmark_egu_2014_actualise.jpg?700 }}
  
-The poster is available as well for downloading as pdf file {{:test_cases:poster_benchmark_egu_2014.pdf|}}+The poster is available as well for downloading as pdf file {{:test_cases:poster_benchmark_egu_2014_actualise.pdf|}}
  
  
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 **Set of equations**  **Set of equations** 
  
-{{:test_cases:equations.jpg?400|}}+{{ equations.jpg?400 }}
  
 **Baseline for the validation & evaluation of codes**  **Baseline for the validation & evaluation of codes** 
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 **Detailed presentation of the test cases**  **Detailed presentation of the test cases** 
 +
 A step by step procedure is designed to proceed from simple test cases to the full coupled TH system:  A step by step procedure is designed to proceed from simple test cases to the full coupled TH system: 
   * T1, T2, T3: 1D pure heat transfer test cases, including the case with analytical solution   * T1, T2, T3: 1D pure heat transfer test cases, including the case with analytical solution
   * T->P: 1D heat transfer with pressure increase (no water flow)   * T->P: 1D heat transfer with pressure increase (no water flow)
-  * TH1, TH2: Coupled TH transfers+  * TH1, heat transfer with constant advection (analytical solution). TH2 and TH3: Coupled TH transfers
  
 An experiment in cold room associated with Case TH1 is ongoing.  An experiment in cold room associated with Case TH1 is ongoing. 
  
  
-[[test_cases:one|Case T1]] 1D semi-infinite heat conduction case with phase change leading to analytical expressions                                  +[[test_cases:one|Case T1]] 1D semi-infinite heat conduction case with phase change leading to an analytical expression (Lunardini solution).                                  
  
 [[test_cases:two|Case T2]] 1D vertical soil column with porous medium properties and geothermal flux, pure conduction with phase change     [[test_cases:two|Case T2]] 1D vertical soil column with porous medium properties and geothermal flux, pure conduction with phase change    
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 [[test_cases:four|Case T->P]] Pressure increase associated with freezing front progression in volume controlled fully saturated porous medium [[test_cases:four|Case T->P]] Pressure increase associated with freezing front progression in volume controlled fully saturated porous medium
  
-[[test_cases:five|Case TH1]] Initial frozen inclusion evolution (full coupling with inflowing water) +[[test_cases:five|Case TH2]] Initial frozen inclusion evolution (full coupling with inflowing water)
- +
-[[test_cases:six|Case TH2]] Closure / Opening of a talik due to challenging inflowing water and negative temperatures imposed on lateral sides +
  
 +[[test_cases:six|Case TH3]] Closure / Opening of a talik due to challenging inflowing water and negative temperatures imposed on lateral sides