Combustion of hydrocarbon fuels lacks accurate and detailed reaction mechanisms, and the
majority of flame research is focused on atmospheric conditions, with little progress made in …

The details of the chemical and physical mechanisms of the soot formation process in
combustion remain uncertain due to the highly complex nature of hydrocarbon flames, and …

A numerical study is conducted of ethane–air coflow diffusion flames at pressures from 2 to
15atm. The model employed uses a detailed gas phase chemical kinetic mechanism that …

To thoroughly investigate how the inclination angle affects the flickering of premixed conical
flames, a series of experiments and simulations were carried out. Propane-air conical flames …

This paper reports new experimental findings at a reduced atmospheric pressure (at high
altitude in Tibet) for turbulent buoyant jet diffusion flames and global correlations for both …

Although the majority of existing combustion devices operate at high pressure conditions,
most of our understanding of the soot formation process and soot physicochemical …

The effects of pressure and composition on the sooting characteristics and flame structure of
laminar diffusion flames were investigated. Flames with pure methane and two different …

A combined experimental and numerical study was conducted to examine the structure of
laminar methane–oxygen diffusion flames in comparison with methane–air flames. Soot …

Soot concentration and temperature distributions within the flame envelope of laminar
diffusion flames of methane and ethane at elevated pressures were measured in a high …

Many natural gas combustion devices work under non-atmospheric pressure, and the
pressure has a significant impact on the combustion process. In order to promote the …