d86e2db827
New flow reference simulation, now in opm-simulation-reference directory to make it more consistent with other cases. Small change in norne/plotwells.sh with new directory. opm-common = bd425bfff9fefdaf270922e820c59ecc3d5306e4 opm-parser = d6f49971c8c6e7cf6a96d2cec9f36bfc7e508891 opm-material = 44fe774cfe69ae47d7952c4329df2e6cc3d8b4d1 opm-output = e782a66fd782cf89d0ee0861facab52c6752baff opm-core = bc0977ec3dc52940450b0c346e44937f65ba5ed7 opm-grid = 7e7748903ca789cdfa160346db15b32e8085c285 opm-simulators = afa64d98759ec25a096acb80d6c588fc58ed1646 |
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.. | ||
INCLUDE | ||
NORNE_ATW2013.DATA | ||
Norne_model_for_atw2013.pdf | ||
plotwells.sh | ||
README |
This directory contains the input data file and results produced by several simulation software packages of the Norne Benchmark Case [1]. Modification: (1) Region is set explicitly to FLUXNUM in MULTREGT. *The default in MULTREGT is to use MULTNUM, but MULTNUM is not provided in the Norne deck. Eclipse uses FLUXNUM as a fallback in case MULTNUM is not specified. The same fallback solution is on purpose not supported in OPM (2) The SWOF and SGOF tables are modified to get reasonable scanning curves for 3-pt scaling in Eclipse. More precisely, values for the critical saturation is added explicitly in the tables. [1] http://www.ipt.ntnu.no/~norne/wiki/doku.php?id=start