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 …

This work analyzes pressure and hydrogen enrichment effects on the stabilization and
combustion dynamics of a partially-premixed swirled-stabilized methane flame operated at …

Pockets of unburned material in turbulent premixed flames burning CH 4, air, and CO 2 were
studied using OH Planar Laser-Induced Fluorescence (PLIF) images to improve current …

This paper presents a hybrid and unsupervised approach to flame front detection for low
signal-to-noise planar laser-induced fluorescence (PLIF) images. The algorithm combines …

This work utilizes data-driven methods to morph a series of time-resolved experimental OH-
PLIF images into corresponding three-component planar PIV fields in the closed domain of a …

The challenges in designing high-performance aeronautical combustion systems have not
changed significantly over the years, but the increase of stringent regulations and the need …

Low signal-to-noise in particle image velocimetry (PIV) measurements in systems such as
high pressure gas turbine combustors can result in significant data gaps that negatively …

Gas turbine combustors operating in lean premixed mode are known to be susceptible to
flame blowoff due to competing influences of increasing chemical timescales and …

Stratified swirling flames are typically formed in centrally-staged combustors of modern aero
engines. The pilot flame plays an indispensable role in stabilizing the stratified swirling …

The high-temperature zone of a laboratory staged swirl gas turbine combustor was studied
under different Stratification Ratios (SR) based on experimentally validated Large Eddy …