VOF – DPM Simulation of Fuel-Air Mixing and Liquid Sheet Breakup in a Combustion Chamber
Mixing of fuel, oxidant, and air in a combustion chamber to study injection behavior over an impingement plate, simulated using the Volume of Fluid (VOF) method with transition to a Discrete Phase Model (DPM). The analysis captures liquid sheet formation and its subsequent thinning and breakup.
- CFD simulation of injection behavior over an impingement plate
- Mixing analysis of fuel and oxidizer streams
- Droplet formation and dispersion behavior
- Unsteady multiphase simulation capturing transient jet interaction
- Volume of Fluid (VOF) simulation with transition to Discrete Phase Model (DPM)
- 3 geometry variants and multiple physical/numerical refinements (mesh, time step, solver settings)
- Identification of liquid sheet formation and primary breakup behavior
- Droplet-level analysis of secondary breakup in the splash region
Fabrika Brendov