CONVERGE Examples
CONVERGE is a commercial computational fluid dynamics (CFD)Computational Fluid Dynamics (CFD) is a branch of applied ma... package that is loaded with physical models for spray, turbulence (including LES), and combustion. CONVERGE is widely used in the internal combustion engine design community due to its ability to generate high-quality orthogonal and body-fitted meshes automatically at runtime, and also due to its adaptive mesh refinement implementation. It’s used in automotive and aerospace industries.
Rescale’s platform ScaleX can be used seamlessly to run CONVERGE simulations in batch mode across multiple cores. The following are some CONVERGE examples on Rescale’s platform. Users can import the job setup or look at the results obtained from the run directly.
HSDI Example
Post processing visualization of results (using EnSight)
| Simulation Code | Converge Version 2.4 |
| Analysis Type | CFD |
| Description | A HSDI 2mm flow bench simulation with CONVERGE. This model has been truncated to have an end time of 3750ms. |
| Suggested Hardware | Emerald / 8 cores |
| Command |
converge |
| Estimated Run Time | 71 minutes |
| Previous version | Import Job Setup v2.3 |
SI8 Engine Premix SAGE Example
| Simulation Code | Converge Version 2.4 |
| Analysis Type | CFD |
| Description | A modified CFD model with CONVERGE. This model has been truncated to have a crank angle range of -6.0 to 6.0 |
| Suggested Hardware | Emerald / 8 cores |
| Command |
converge |
| Estimated Run Time | 13 minutes |
| Previous version | Import Job Setup v2.3 |
CONVERGE 3 SI8 Engine Premix SAGE Example
| Simulation Code | CONVERGE Version 3.0.21 |
| Analysis Type | CFD |
| Description | A modified CFD model with CONVERGE 3.0. This model has been truncated to have a crank angle range of -6.0 to 6.0 |
| Suggested Hardware | Emerald / 8 cores |
| Command |
converge |
| Estimated Run Time | 15 minutes |