The outlet temperature distribution characteristics of a gas turbine combustor are critical to
the durability and lifetime of the turbine. Regarding to an advanced high-temperature-rise …

Abstract An Eulerian-Lagrangian model is implemented to study the process of water spray
injection inside gas turbine combustors. The validation of different parts of the model and the …

This research is aimed at investigating a novel planar micro-combustor with combined baffle
and bluff configuration for Micro-Thermo-Photo-Voltaic (MTPV) applications, numerically. It is …

Since ammonia has a carbon-free substance and involves hydrogen atoms per volume unit,
many scientists think it could be used as an alternative fuel instead of natural gas or …

Due to increasing global energy demand and the fact that a major source of the required
energy is generated from fossil fuels, the combustion process has turned into a topic of …

Highlights•The stratified flames are established at different swirl intensities, air split ratios
and stratification ratios.•Three parameter's separate and combined effects on flame structure …

Effusion cooling is known as one of the most effective methods to provide cooling protection
for high-temperature components in gas turbines. It is widely used in combustion chamber …

Numerical simulations are performed to analyze the combustion characteristics of propane
fuel mixed with different amounts of hydrogen in a can-type combustor. The volume fraction …

Gas turbine combustor design is a complex multi-objective problem. In the present study,
parametric design space study and optimization of a gas turbine combustor using …

The size limitation of micro-combustors leads to insufficient residence times, flame
instabilities, and intensified heat losses which are main challenges that scientists have …