Micro-explosion is considered as one of the effective ways to improve atomization,
combustion and reduce emissions. The present study examined the micro-explosion …

Nanofluid fuel has garnered significant attention due to its potential to enhance combustion
characteristics, energy density, and ignition properties. The study comprehensively …

In this work, we propose a rapid optimization approach to examine its application potential
for the design and performance prediction and optimization of a solid fuel ramjet (SFRJ) with …

Combustion characteristics of ethanol-water (EW) droplets laden with ceria nanoparticles
are investigated. The present experimental study focuses on three facets of droplet …

The droplet and flame chemiluminescence dynamics and their coupling during atomization
events of graphene oxide doped diesel are investigated experimentally. The tested doping …

Micro-explosive combustion is considered as an effective way to improve combustion
efficiency in combustor. In this work, the micro-explosive combustion characteristics of …

This paper addresses the need for developing an energy-efficient hybrid nanofluid with zinc
oxide–multi-walled carbon nanotube (ZnO-MWCNT) for overcoming the bottleneck of …

This study presents computational simulations of multicomponent and multiphase flows to
reproduce the physical phenomena in the secondary atomization of a droplet induced by a …

We report detailed analyses of evaporation and atomisation characteristics of nanofuel
droplets in a contactless environment (acoustic levitation) under external radiative heating …

The present study investigated the micro-explosive combustion characteristics of Jatropha
oil-2, 5-dimethylfuran (DMF) blended fuel droplets using fiber-support and high-speed …