Design and operation of modern combustion systems (gas turbine engines, IC engines, process furnaces) faces the need to combine high efficiency with low pollutants emissions.
Computational Fluid Dynamics has become a powerful tool in design of these systems. Many numerical models exist, each having a range of applicability, computational cost and accuracy.
Consequently, CFD experts involved in combustor simulations, in addition to usual CFD skills, need specific insight and knowledge in combustion, heat transfer and emission modelling in order to conduct thorough analysis. They must be able to respond to societal demands (e.g. larger role for hydrogen as fuel) or opportunities from other fields (data science, machine learning).
The present course addresses this need. Interactions between fuel injection, turbulence, heat release and thermal radiation are critical in determining flame structure and pollutant emissions, and a major part of the course is devoted to them.
The lectures of this course, all by well-known experts in the field, cover from basics to applications.
The course is partially based on the ERCOFTAC Best Practice Guide on CFD of combustion, a copy of which will be provided to the participants.
In the course also the link will be made with the CFD programs and cases of interest for the participants.
Each delegate will receive a free copy of the ERCOFTAC Combustion BPG Book.
As a result, the course provides the means for CFD analysts to significantly enhance their use of commercial and open-source CFD software for combustion engineering applications.
- Prof. Andreas Kempf, University Duisburg-Essen, Germany
- Dr. Salvador Navarro-Martinez, Imperial College London, United Kingdom
- Dr. Stelios Rigopoulos, Imperial College London, United Kingdom
- Prof. Dirk Roekaerts, Delft University of Technology, The Netherlands
- Prof. Luc Vervisch, National Institute of Applied Sciences, Rouen Normandy University, France
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