In this study, we present a fuel-flexible dual-fuel combustor to simultaneously burn methane
and/or straight glycerol without preheating either glycerol or air by utilizing a novel flow …

This study demonstrates low-emission combustion of diesel, biodiesel and straight
vegetable oil (VO) in a fuel-flexible combustor employing a flow blurring (FB) injector for fuel …

Atomization plays an important role in combustion and propulsion systems, including
applications in transportation and power generation. The uncertainties in oil supply and …

The objective of this study is to develop a theoretical basis for scalability considerations and
design of a large-scale combustor utilizing flow blurring (FB) atomization. FB atomization is a …

The flow mode of the flow focusing/blurring nozzle was studied through experimental and
numerical simulation methods. The experimental results indicate that the flow mode of the …

The growing environmental concerns and stringent regulations on fuel emissions have
aroused research interests on novel combustion techniques and exploration of alternative …

The objective of this study is to develop a theoretical basis for scalability considerations and
design of a large scale combustor utilizing flow blurring (FB) atomization. FB atomization is a …

The present study demonstrates the combustion of diesel, vegetable oil (VO, soybean) and
algae oil in a 7-kW lab-scale gas turbine burner utilizing a novel twin-fluid fuel injector (Swirl …

This study seeks to gain insight into the detailed flame structure of both conventional and
alternative fuels atomized by a flow burring (FB) injector. The atomization mechanism in the …

The utilization of renewable biofuels as a substitute for fossil fuels in gas turbine engines
has seen significant growth in recent years. Adapting biofuel combustion for gas turbine …