The depletion of fossil fuels have seriously encouraged extensive search for alternative
renewable resources. Among these resources are the use of biodiesel (highly expensive …

The current experimental exploration aims at providing the effect of blending fuel additive
with light diesel oil (LDO) and waste cooking oil (WCO) on the spray and the combustion …

The presented experimental investigation aims at providing a microscopic insight into the
flame characteristics of the conventional (light/heavy diesel), a renewable fuel (waste …

Liquid biofuels are anticipated to play a significant role in meeting future energy demands
while mitigating environmental concerns. Previous research has demonstrated that diesel …

The Combustion of liquid fuels is largely dependent on effective ways of atomization. The
investigation of flow dynamics and atomization of alternative fuels is essential and …

The excitations of molecules due to reactions inside turbulent flames are very complicated to
study. In this research, investigation on the intensity of the reaction rates inside and around …

Flame spectroscopy for conventional fuels and their blends with waste cooking oil (WCO)
wasn't carried out yet. In this research, WCO was blended with both light diesel oil (LDO) …

Waste tires and cooking oil pose a serious danger to human health and environment. Self-
reacting pyrolysis system for waste tires is designed and constructed for converting waste …

The analysis of combustion for any liquid mixed fuel using oil burner inside and outside
industrial boiler became complicated. Also, studying emissions of thermoluminescence …

The complicated investigation of reaction zones for diffusion flames created a chance to
study emissions spectra analysis using new trends of optical measurements like hyper …