OpenFOAM Gas Transfer Simulation
Budget: $30 – $250 CAD
I'm working on a project that involves modeling the gas transfer process from bubbles to a liquid, specifically using OpenFOAM. My specific goals include:
1. Utilizing an Eulerian solver: Experience in implementing this kind of solver is crucial. You should have strong knowledge in this area in order to model the behavior of the bubbles effectively.
2. Version 11 compatibility: My existing work is based on Version 11 of OpenFOAM. Having a deep understanding and experience with this version is therefore important.
3. Achieving accurate simulation results: The goal is to produce precise and reliable findings from our simulations. You should be capable of identifying any inconsistencies and making the necessary adjustments.
4. LES and RANS: I require these specific computational methods for calculations. Previous experience in LES (Large Eddy Simulation) and RANS (Reynolds-Averaged Navier Stokes) will be beneficial.
In conclusion, an ideal candidate would be proficient in OpenFOAM programming, experienced with Eulerian solver, familiar with LES and RANS computational methods, and comfortable with Version 11.
1. Utilizing an Eulerian solver: Experience in implementing this kind of solver is crucial. You should have strong knowledge in this area in order to model the behavior of the bubbles effectively.
2. Version 11 compatibility: My existing work is based on Version 11 of OpenFOAM. Having a deep understanding and experience with this version is therefore important.
3. Achieving accurate simulation results: The goal is to produce precise and reliable findings from our simulations. You should be capable of identifying any inconsistencies and making the necessary adjustments.
4. LES and RANS: I require these specific computational methods for calculations. Previous experience in LES (Large Eddy Simulation) and RANS (Reynolds-Averaged Navier Stokes) will be beneficial.
In conclusion, an ideal candidate would be proficient in OpenFOAM programming, experienced with Eulerian solver, familiar with LES and RANS computational methods, and comfortable with Version 11.