Hi Jean, Compiling (and linking) ERT should be fairly straight forward if you have dependencies installed.
For your needs it seems a three phase, thermal, four component simulator is what you are looking for. You will find that in the dumux code, while the ewoms repo in opm will provide dumux code combined with some file io code from opm. The last year most simulator efforts in opm has been towards the fully implicit blackoil simulator found in opm-autodiff, this is where you will find the most mature functionality. We do want to expand into thermal and compositional formulations during the next three years, so be ready to get your hands dirty if you want that usage in opm now. Cheers, Alf Jean Francois Leon <j...@galtenco.com> wrote: Hi Everybody I am new to OPM (still trying to compile the latest release and stuck with an ERT error with OPM-CORE... but will go through that). My (small) company is facing a bunch of problems in soil thermal remediation for which numerical simulations will be important in order to optimize the remediation process. We would like to test OPM in that context for the usual reasons: We have a tradition to control what we are doing and add more sciences to the models as needed. We also like to share our model developments when possible: It increases the possibilities of finding and correcting mistakes and return a little bit of what we have received. However, we are not yet at this point, and we know we have a steep learning curve ahead of us in this case. This is why I am reaching out: Is there anybody out there that has played around with cases relevant to this problem and could share their experience or a few test cases if possible? These problems are not the easiest to compute: Non isothermal ( with an heat source usually an electrically heated well) 3 phases and a minimum of 4 components [NAPL + water+ dissolved gases both in water and NAPL] Any advices [do/don’t for e.g.] or relevant example [ multiphase flow with heat sources]to start from something and ease our learning curve will be greatly appreciated. Thanks in advance. Cheers JF Jean-François Leon Galtenco Technology, Ltd Tel [Main-Worldwide Global]: +1 (415) 322-0376 Cell[France]: +33 (651) 168-014 ------------------------------------------------------------------- The information contained in this message may be CONFIDENTIAL and is intended for the addressee only. Any unauthorised use, dissemination of the information or copying of this message is prohibited. If you are not the addressee, please notify the sender immediately by return e-mail and delete this message. Thank you
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