This study focuses on effectively utilizing the biodiesel extracted from Azolla (third-
generation biofuel), which is regarded as a renewable energy source, for fueling diesel …

In this experimental research, the hydrogen gas at a different flow rate (4 lpm, 8 lpm, & 12
lpm) is introduced into the intake port of a diesel engine fueled with B20 (20% CNSL …

To enhance fuel atomization for diesel engines, a spirally grooved hole (SGH) nozzle, in
which several spiral arc grooves are set on the inner wall of tapered holes of a nozzle …

Environmental concerns, energy security and requirements motivate the researcher to
consider biodiesel as a renewable and sustainable substitute for compression ignition (CI) …

A three-dimensional model of fuel combustion in a diesel-methanol dual-fuel direct injection
engine is constructed to study the effect of nozzle geometry. The model includes two …

This paper describes the epoxidation of vegetable oil derived from waste kapok seeds using
performic acid, which was generated in situ with sulfuric acid acting as a catalyst. The mole …

The work has been done with the objective of overcoming the sustainability and
environmental degradation pertaining to the increasing consumption of diesel fuel. This can …

Vegetable oil becomes a viable alternative to mineral or synthetic oils due to its
biodegradable nature. In this work, one such vegetable-based non-edible oil (kapok oil) is …

In this paper, the influence of external conditions and structural parameters on the
characteristics of a nozzle flow field is studied, and orthogonal tests have been used to …

To improve liquid atomization for pressure atomizer, a spirally grooved hole (SGH) nozzle
was designed, which produces swirling flow inside the nozzle hole and thereby promotes …