Published Paper Details:

It is very difficult to study the burning behavior of liquid fuels in real condition according to fuel's operating conditions. Also, the chemical kinetics of a fuel changes the dynamics of combustion.Using computational fluid dynamics has been a useful tool for optimizing the efficiency of burners in the last two decades. However, its relative precision has not yet been sufficiently refined. Also, the chemical kinetics of a fuel changes the dynamics of combustion. There are many residue products like soot, NOx to be considered in fuel combustion efficiency. Various studies have been done on spray combustion simulation. One of the important parameters, which has received little attention in the past, is a detailed knowledge of the interaction between the evaporating droplets and the surrounding chemically reacting flow field. The simulation study has shown the range of methanol flame propagation and combustion products to be compared with other fuels.