Reducing emissions and improving combustion are necessary steps to reach greener
combustion systems. In this study, the effect of employing an annular plasma actuator …

In this paper, the effect of inlet air swirl number of a Methane-Air Diffusion Flame on dynamic
flow behavior, temperature, and radiation heat flux distribution was investigated using …

This paper presents an experimental study on the influence of inlet velocity and fuel/air ratio
(FAR) on the outlet temperature profile in a mixed-flow trapped vortex combustor (MTVC) …

Computational fluid dynamics (CFD) has become a major tool in understanding and
predicting the behavior of reacting flows, which intrinsically involve the complex interaction …

This investigation considers the effect of axial pressure gradient on the dynamics of flame–
vortex interaction for a lean premixed bluff body stabilized flame. Large eddy simulations …

During large-scale semicoke and bituminous coal co-combustion, the behaviors of
turbulence-chemistry interactions were experimentally and numerically used to investigate …

Combustion performance and flame stabilization mechanism of the flameholder under the
subatmospheric pressure are the foundation for the design of high-altitude operating aircraft …

An experimental and numerical investigation is conducted on the thermo-acoustic stability of
a bluff-body turbulent combustor, considering variations in airflow rate and fuel composition …

Fuel-rich/lean combustion is considered as a novel combustion technology due to its
enhanced ignition performance and low NO x emissions. To further improve the poor …

This paper presents the results of experimental studies conducted on premixed CNG/H
2/CO/CO 2 blending synthetic gas flames in a laboratory scale combustor, with particular …