This review work focuses on biofuels with lower viscosity and cetane number and their mode
of operation in a diesel engine. Though there were a number of review works describing the …

A review of research on the subject of the vaporization and burning of fuel droplets
configured in a prescribed array is presented, including both classical works and research …

An experimental work has been performed to compare the combustion, performance and
emission characteristics of a compression ignition engine running with diesel and three …

Hydrogen is already widely produced and used in the industry. NO x formation during the
combustion of hydrogen can be reduced by adding nitrogen. Nonetheless, this comes at the …

The numerical study of an academic lab-scale spray burner using Large Eddy Simulation
coupled with a Discrete Particle Simulation is presented. The objectives are first, to validate …

The current investigation aims to present the numerical results of a turbulent spray jet flame
in the framework of Large Eddy Simulation. The injection of n-heptane liquid fuel is achieved …

This work covers the effect of droplet deformation on its evaporation rate under convective
flow conditions. The evaporation behavior of a freely deforming droplet of single component …

Dripping of molten fuels is a widely observed fire phenomenon, and, by igniting other fuels, it
can promote fire spread and increase fire hazards. In this work, dripping phenomena from …

A fundamental experimental study to determine the burning rates of ethanol and ethanol-
blended fossil fuels is presented. Pure liquid ethanol or its blends with liquid fossil fuels such …

Gasification and combustion of porous char particles occurs in many industrial applications.
Reactor-scale outputs of importance depend critically on processes that occur at the particle …