Dimethyl ether (DME) is an alternative fuel with significantly reduced particulate (ie, soot)
emissions. The polycyclic aromatic hydrocarbons (PAHs) and soot formation in pure DME …

In the present study the flame structure of a piloted partially-premixed dimethyl ether flame
(DME-D), which is based on the Sydney/Sandia piloted jet burner flame series, is …

In this study, the effect of dimethyl ether (DME) addition on the explosion of methane/air
mixture is investigated. In particular, the explosion and deflagration parameters of various …

This paper reports both theoretical predictions and experimental results of the use of infrared
thermography for determining the scale of turbulent vortices in flames of burning liquid …

Most of the previous studies investigating explosion characteristics of combustible mixtures
were performed at quiescent state. However, in realistic accidental explosion scenarios, the …

In this paper, a new scheme for DME/methane (CH 4) blended fuel combustion in an
industrial gas turbine is proposed and numerical calculations are conducted to reveal the …

In this work, experiments are performed to study the explosion characteristics of DME
(dimethyl ether)-air mixtures using a standard 20-L spherical explosion test apparatus. The …

In the past, flame geometry was found to play an important role in determining when strong
pressure fluctuations associated with a combustion instability occur in a gas turbine model …

In this study, an investigation of the explosion parameters, which include maximum
explosion pressure (p max), maximum rate of pressure rise (dp/dt) max, and combustion …

This study compares the flame structure of ethanol and dimethyl ether (DME) in a hot and
diluted oxidiser experimentally and computationally. Experiments were conducted on a Jet …