Owing to their precedent characteristics, micro gas turbines (MGTs) have been favored as
popular power machinery in plenty of energy systems such as distributed energy systems …

To analyze the effects of the two staging techniques on combustion characteristics and
emissions, the influence of different secondary oxygen ratios (0–40%) and secondary fuel …

In this study, a novel elliptical jet-stabilized combustor is developed; the combustion and
emission characteristics are numerically investigated and compared with those of a circular …

The main purpose of this paper is to optimize the objective parameters in a gas turbine
model combustor. These parameters include NO x and CO pollutants as well as pattern …

In this study, three novel jet-stabilized combustor geometries with cavity, vertical ring and
vertical pipe are respectively proposed, the combustion and emission characteristics are …

In the present paper, a sensitivity analysis of pollutants and pattern factor in a model
combustor due to changes in the geometrical characteristics of stabilizing jets has been …

Background Effects of alumina nanoparticles (Al 2 O 3− NPs) on the evaporation and
combustion characteristics of diesel fuel (C 10 H 22) droplets in a model combustion …

This study investigates the effects of equivalent ratios on the combustion and flow
characteristics of hydrogen/air in a jet-stabilized combustor using numerical methods. The …

A comprehensive study of turbulent combustion is carried out to analyze the relationship
between entropy generation and soot formation in turbulent vaporized kerosene/air jet …

Spray evaporation of liquid fuels in a turbulent flow is a common process in various
engineering applications such as combustion. Interactions between fuel droplets (discrete …