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A novel modeling approach to the simulation of turbulent jet diffusion flames based on the One-Dimensional Turbulence (ODT) model is presented.
The RNG k ε model is employed in the numerical simulation of turbulent combustion gas flow.
Direct numerical simulation of turbulent flows is based on the "primitive" Navier-Stokes equations of motion.
A hybrid Euler/Lagrange approach is introduced for the simulation of turbulent stratified flames.
A novel, robust multigrid method for the simulation of turbulent and chemically reacting flows is developed.
A multilevel method for large-eddy simulation of turbulent compressible flows is proposed.
Finally, their relevance for the simulation of turbulent flows is emphasized.
The new formulation is implemented and successfully validated in large eddy simulation of turbulent channel flow.
The simulation of turbulent reactive flows in chemical reactors can be extremely useful for practical applications.
A three-dimensional simulation of turbulent (high Reynolds numbers) flow over a sphere was performed.
This makes the proposed method ideal for the simulation of turbulent flames.
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