Uncertainty Quantification in Combustion Dynamics

Contributors: Wolfgang Polifke, Alexander Avdonin, Camilo F. Silva, Shuai Guo, Abdulla Ghani

Research goal

Thermoacoustic combustion instabilities can respond in a very sensitive manner to slight changes in operating or boundary conditions. It is thus very important to quantify the uncertainties in thermoacoustic stability analysis and/or determination of flame dynamics.


High sensitivity of thermoacoustic stability necessitates uncertainty quantification.


Preprints and articles that have been added as the result of this project can be found in ResearchGate:

List of final papers from the project