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Numerical Methods



 Reduction of computation time by optimized parallelization
zum Bild Reduction of computation time by optimized parallelization

Simulating combustion processes with detailed chemistry encounters narrow limits, even on advanced high-performance computers. This is particularly the case when very fine grids are necessary. Therefore, a complete parallelization of the numerical code has to be accomplished. Furthermore, the efficiency of the numerical methods plays a major role. Thus the development of fast and robust solution algorithms especially for the simulation of unsteady flow and combustion processes is one of the key objectives of the Institute’s work.

 

Research Fields
Numerical methods
Simulation of
soot formation
Combustion noise
Combustion
oscillations
Wall heat load
Supersonic
combustion
Software
THETA
Related Topics
Fluid Mechanics and Thermodynamics
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