Understanding the distinctive thermoacoustic properties of multi-element lean-premixed
hydrogen flames is crucial for the development of hydrogen-capable gas turbines. Extending …

The dynamics of hydrogen-enriched partially premixed methane–air flames are investigated,
focusing on the frequency response to velocity and equivalence ratio fluctuations. Large …

We examined the effect of hydrogen (H2) enrichment on the primary fuel methane (CH4) in a
canonical non-premixed bluff-body stabilized burner operating under typical central jet …

Understanding the response of multi-jet turbulent hydrogen-air flames to acoustic forcing is
key for the development of future carbon-neutral gas turbine combustors. In this paper, we …

Abstract Knowledge of flame responses to acoustic perturbations is of utmost importance to
predict thermoacoustic instabilities in gas turbine combustors. However, measuring transfer …

Tabulation of chemical mechanisms with artificial neural networks (ANNs) offers significant
speed benefits when computing the real-time integration of reaction source terms in …

The estimation of flame transfer functions (FTF) from time series data generated by large
eddy simulation (LES) via system identification (SI) is an important element of …

The transformation of the energy industry into a climate-neutral circular economy is the key
challenge for the 21st century. There is an undeniable need for renewable energy sources …

This research study investigates the effects of hydrogen enrichment on bluff-body stabilized
turbulent premixed methane flames in the lean combustion regime. To this end, a premixed …

In some applications of large-eddy simulation (LES), in addition to providing a closure model
for the subgrid-scale stress tensor, it is necessary to also provide means to approximate the …