It is accepted that the thermoacoustic behavior of a given combustion system can be
analyzed by investigating how its natural acoustic modes are perturbed by the flame …

The pursuit of many research questions requires massive computational resources. State-of-
the-art research in physical processes using simulations, the training of neural networks for …

A sequential combustor architecture consists of two longitudinally staged combustion zones
featuring a propagation-stabilized flame in the first stage and an autoignition-stabilized …

We experimentally study the acoustic coupling direction between two stages and the flame-
acoustic interaction within and across stages in an axially fuel-staged lean-premixed …

This study experimentally investigates the dynamic behavior of hydrogen-natural gas reheat
flames, which are stabilized by both flame propagation and autoignition. Measurements are …

Burning carbon-free fuels such as hydrogen in gas turbines promise power generation with
minimal emissions of greenhouse gases. A two-stage sequential combustor architecture …

Gas turbines featuring sequentially staged combustion systems offer excellent performance
in terms of fuel flexibility, part load performance and combined-cycle efficiency. These reheat …

This paper investigates the sensitivity of the autoignition delay in reheat flames to acoustic
pulsations associated with high-frequency transverse thermoacoustic oscillations. A reduced …

An increasing amount of recent experimental evidence indicates that sequential combustion
is particularly well-suited for burning highly-reactive fuels like hydrogen, while maintaining …

Intrinsic thermoacoustic modes are studied in the case of self-igniting flames stabilised in the
diverging section of a converging-diverging nozzle with Mach number in the range M= 0.6 …