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 …

High-spatiotemporal-resolution diagnostics are important for capturing fine physicochemical
structures in supersonic combustion. In this study, a high-speed camera (HSC)/dual …

An experimental investigation is conducted to examine the impact of nitrogen fraction on
vented explosions of hydrogen–air–nitrogen mixtures in a 1-m-long cylindrical duct at 1 bar …

The goal of the current work is to develop a combustion chamber that can operate on
recirculated steam produced by burning hydrogen in oxygen under conditions of Moderate …

This study investigates the combustion characteristics of nonpremixed bluff-body stabilized
H 2/N 2-air flames, with a specific focus on a fully cracked ammonia case. The motivation …

This theoretical study recorded the influence of the distributed injection of hydrogen through
a permeable surface and its combustion on the stability and transition of a supersonic …

Blending hydrogen into methane impacts flame stability, morphology, and pollutant
emissions. This study, set against the backdrop of hydrogen-enriched natural gas …

Hydrogen is a clean energy source with high combustion calorific value and nonpolluting
products. However, the high transportation costs hinder the development of hydrogen …

An investigation into the non-premixed combustion characteristics of methane in a planar
micro-combustor with a splitter was performed. The impact of blending methane with …

This study discusses fundamental turbulence-chemistry interactions in a canonical non-
premixed bluff body burner fueled with 100% methane or hydrogen. Simultaneous time …