We report on a number of attempts in which a flameless combustor design for gas turbine
applications was proposed. Through the different experimental findings of other researchers …

The present paper describes the results of a Large Eddy Simulation of swirl stabilised flames
fuelled by liquid kerosene. Two-flames are examined, denoted Flame A and Flame B for …

This paper reports measurements of droplet characteristics and flow field in a spray flame
with inner and outer swirling air streams. The spatial distribution of droplet characteristics …

Near-nozzle spray formation determines the spray structure of downstream dilute spray, and
thus plays an important role in evaluating the performance of air blast atomizer. To capture …

Optical non-intrusive measurements are performed to a 10 kW th laboratory-scale dual swirl
pulverized coal combustion burner in order to elucidate the behaviors of internal …

The potential of biodiesel as an alternative fuel for various applications leads to an
investigation to understand the combustion characteristics of pure and blended biodiesel …

The influence of selected single-component hydrocarbons on lean blowout behavior of swirl-
stabilized spray flames was investigated. Additional information on the spray characteristics …

The main challenge of next-generation aeronautical gas turbine engines lies in the increase
of the efficiency of the cycle and the reduction of pollutant emissions below stringent …

Experiments were conducted in a liquid-fueled, piloted swirl burner operating at high
pressure (1.0 MPa and 2.0 MPa) to study the influence of fuel injection temperature on the …

This paper presents the experimental and numerical results for a two stage combustor
capable of achieving flameless combustion with liquid fuels for different thermal heat inputs …