The standard κ-ϵ equations and other turbulence models are evaluated with respect to their
applicability in swirling, recirculating flows. The turbulence models are formulated on the …

In this research, the effects of air swirling on the emission and combustion characteristics of
a cylindrical furnace fueled with various diesel-biodiesel-n-butanol and diesel-biodiesel …

In this research, experimental investigation was undertaken to find the effects of air swirling
on pollutant emissions in a cylindrical combustion chamber fuelled with diesel-biodiesel …

Biofuels are carbon‐neutral alternative fuels, which have emerged as an important source of
energy for the aviation industry to reduce greenhouse gas emissions. Butanol is considered …

THE prediction of the hydrodynamic and thermal characteristics of spray flames requires
consideration of the two phases in the flowfield which are coupled through exchange …

This paper presents an experimental study carried out to evaluate the influence of air swirl
vane angles on pollutants in a heavy oil fuel fired furnace with a recuperator. A novel burner …

The main thrust in research in the field of gas turbine combustion centers around a clean
emission, a low liner wall temperature, a desirable exit temperature distribution for turbo …

In spray systems, swirl motion is generally imparted to the liquid jet in order to favor its
fragmentation. In coaxial atomization applications, however, due to its higher momentum …

An energy and exergy balance in the process of spray combustion in a model tubular gas
turbine combustor has been made to determine the combustion efficiency and second law …

A theoretical model of exergy analysis, based on availability transfer and flow availability, in
the process of spray combustion has been developed to evaluate the total thermodynamic …