Abstract Effect of hydrogen addition to methane fuel on the performance of swirl-assisted
distributed combustion was studied at 5.72 MW/m 3-atm thermal intensity using different …

Colorless distributed combustion technique enables less pollutants emissions for a
fuel/oxidizer mixture to be combusted. In this study, colorless distributed combustion …

Abstract Effects of adiabatic flame temperature (AFT) on stability, combustion, and emission
characteristics of swirl-stabilized premixed oxy-methane flames are investigated numerically …

Towards the development of emission-free hydrogen gas turbines with wider operability
limits, the combined effects of lean premixed combustion, dual combustion (combustion …

This study systematically investigated the Lean Blowoff (LBO) limits of Two-Dimensional
(2D) bluff-body stabilized premixed flames by varying the air mass flow rate, inflow …

View Video Presentation: https://doi. org/10.2514/6.2023-0922. vid Gas turbines run on a
lean premixed combustion mode to cut NOx emissions. However, operating on such a …

This study investigates the effects of oxidizer composition on stability and combustion and
emission characteristics of stratified premixed CH4-O2-CO2 flames in a dual annular …

Swirl-assisted distributed combustion was examined using a deep-learning framework. High
intensity distributed combustion was fostered from a 5.72 MW/m3 atm thermal intensity swirl …

One of the barriers preventing the adoption of civil supersonic transportation (CST) is the
environmental impacts of a prospective CST fleet. Current research utilizing a low-emissions …

Distributed combustion was investigated with hydrogen-enriched methane fuel in a swirl-
stabilized burner. Distributed reaction zones were established from conventional swirl …