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intercomp2 [2017/07/27 22:24]
grenier
intercomp2 [2017/12/08 13:26]
grenier
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-The results of the first phase of the intercomparison is completed and a paper presenting the test cases and results has been submitted to Advances in Water Resources, 27 July 2017. +The results of the first phase of the intercomparison is completed and a paper presenting the test cases and results has been submitted to Advances in Water Resources, 27th July 2017. 
  
 The approach consisted of intercomparison of simulation results based on a series of Performance Metrics (PMs) for the two test cases (TH2 and TH3). While the main results and general conclusions drawn are to be found in the paper, including a subset of PM figures, for code development purposes, access to the full set of PM can be usefull. It is included below.  The approach consisted of intercomparison of simulation results based on a series of Performance Metrics (PMs) for the two test cases (TH2 and TH3). While the main results and general conclusions drawn are to be found in the paper, including a subset of PM figures, for code development purposes, access to the full set of PM can be usefull. It is included below. 
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 4 head gradients are considered: 0, 3, 9, 15 %.  4 head gradients are considered: 0, 3, 9, 15 %. 
  
-| PM | 0 % | 3 % | 9 % | 15 % |+ PM   0%   3%   9%   15%  |
 | TH2_PM1 (temperature minimum) | {{:test_cases:th2_m1_1.png?240|}} | {{:test_cases:th2_m1_2.png?240|}}| {{:test_cases:th2_m1_3.png?240|}} | {{:test_cases:th2_m1_4.png?240|}} | | TH2_PM1 (temperature minimum) | {{:test_cases:th2_m1_1.png?240|}} | {{:test_cases:th2_m1_2.png?240|}}| {{:test_cases:th2_m1_3.png?240|}} | {{:test_cases:th2_m1_4.png?240|}} |
-| TH2_PM2 (total heat flux) | {{:test_cases:th2_pm2_1.png?240|}} | {{:test_cases:th2_pm2_2.png?240|}}| {{:test_cases:th2_pm2_3.png?240|}} | {{:test_cases:th2_pm2_4.png?250|}} |+| TH2_PM2 (net total heat flux) | {{:test_cases:th2_pm2_1.png?240|}} | {{:test_cases:th2_pm2_2.png?240|}}| {{:test_cases:th2_pm2_3.png?240|}} | {{:test_cases:th2_pm2_4.png?250|}} |
 | TH2_PM3 (total liquid water volume) | {{:test_cases:th2_pm3_1.png?240|}} | {{:test_cases:th2_pm3_2.png?240|}}| {{:test_cases:th2_pm3_3.png?240|}} | {{:test_cases:th2_pm3_4.png?240|}} | | TH2_PM3 (total liquid water volume) | {{:test_cases:th2_pm3_1.png?240|}} | {{:test_cases:th2_pm3_2.png?240|}}| {{:test_cases:th2_pm3_3.png?240|}} | {{:test_cases:th2_pm3_4.png?240|}} |
  
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 | PM | 3 % | 6 % | 9 % | 15 % | | PM | 3 % | 6 % | 9 % | 15 % |
 | TH3_PM1 (Equivalent hydraulic conductivity) | {{:test_cases:th3_pm1_1.png?240|}} | {{:test_cases:th3_pm1_2.png?240|}} | {{:test_cases:th3_pm1_3.png?240|}} | {{:test_cases:th3_pm1_4.png?240|}} | | TH3_PM1 (Equivalent hydraulic conductivity) | {{:test_cases:th3_pm1_1.png?240|}} | {{:test_cases:th3_pm1_2.png?240|}} | {{:test_cases:th3_pm1_3.png?240|}} | {{:test_cases:th3_pm1_4.png?240|}} |
-TH3_PM" (total sensible heat) | {{:test_cases:th3_pm3_1.png?240|}} | {{:test_cases:th3_pm3_2.png?240|}} | {{:test_cases:th3_pm3_3.png?240|}} | {{:test_cases:th3_pm3_4.png?240|}} | +TH3_PM3 (total sensible heat) | {{:test_cases:th3_pm3_1.png?240|}} | {{:test_cases:th3_pm3_2.png?240|}} | {{:test_cases:th3_pm3_3.png?240|}} | {{:test_cases:th3_pm3_4.png?240|}} | 
- +| TH3_PM4_Pt1 (point temperature) | {{:test_cases:th3_pm41_1.png?240|}} | {{:test_cases:th3_pm41_2.png?240|}} | {{:test_cases:th3_pm41_3.png?240|}} | {{:test_cases:th3_pm41_4.png?240|}} | 
 +| TH3_PM4_Pt2 (point temperature) | {{:test_cases:th3_pm42_1.png?240|}} | {{:test_cases:th3_pm42_2.png?240|}} | {{:test_cases:th3_pm42_3.png?240|}} | {{:test_cases:th3_pm42_4.png?240|}} |
  
 +| TH3 closure times | {{:test_cases:th3_closuretimes.png?270|}} |