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Task | Completion Date |
|---|---|
Solve the puzzle of different predictions from 2D and periodic 3D models | 2/13 |
Finer mesh | 2/13 |
Run simulation on SGI servers | 2/13 |
Run simulations with Reynolds Stress Model - preliminaries | 2/13 |
Check grid convergence of 3D models and the sensitivity of the solutions to other parameters | 2/20 |
Run simulations with Reynolds Stress Model - Check grid convergence and the sensitivity of the solutions to other parameters | 2/20 |
Start to write UDFs in 3D models for parameter analysis | 2/20 |
Literature research on similar simulation cases | 2/20 |
Run simulations with Reynolds Stress Model - Compare model performance(time,convergence, etc.) with other models | 2/27 |
Literature research on experimental data of similar flows | 2/27 |
Compare different turbulence model with experimental data | 2/27 |
Literature research on turbulence models | 3/5 |
Finalize the choice of turbulence model | 3/5 |
Write up Mid-term results | 3/8 |
Model flocculator in a larger scale (more turnings) | 4 3/3 15 |
Explore the different geometric space | 4 3/10 22 |
Read up literature on flocculator geometry | 4/17 Create a model for optimal geometry 1 |
Quantitative analysis: dimensionless parameters and statistical analysis | 4/24 8 |
Complete Rough draft for Final Report | 5 4/2 24 |
Final Report Due | 5/6 |