This review discusses the role of laser diagnostics in combustion science and technology. In
its first part, it may guide understanding of advanced diagnostic methods, and is particularly …

Combustion is an essential process for generating propulsion for most existing aircraft. The
combustion processes, such as ignition, flame propagation, and flame stability, are …

Methane–ammonia mixtures have potentials as low-carbon fuels for gas turbines, however
significantly high fuel NOx production in their flames present challenges to their application …

This paper reviews recent advances in understanding the structure of turbulent partially
premixed and stratified flames. The term “partially premixed” refers here to compositionally …

The feasibility of applying the large-eddy simulation (LES) of spray combustion to the
investigation of the thermo-acoustic instability mechanisms in practical aero-engine …

The advances in computing power and numerical schemes allow Large Eddy Simulation
(LES) to use more detailed turbulent combustion models as well as to be applied to real gas …

We investigate the onset of thermo-acoustic instabilities and their link to the mean flame
configurations–or macrostructures–under acoustically coupled and decoupled conditions …

Modern low-emission, lean premixed gas turbine combustion systems often rely on confined
swirling flows associated with sudden expansions to enhance flame anchoring. Through the …

Complying with stringent pollutant emission regulations requires a strong optimization of
modern gas turbine combustors, for which Large Eddy Simulation (LES) is a promising tool …

Thermoacoustic instability is a flow instability that arises due to a two-way coupling between
acoustic waves and unsteady heat release rate. It can cause damaging, large-amplitude …