Investigating the evaporation characteristics of a fuel droplet is critical for understanding
spray and combustion processes, which provides valuable information and guidance for …

Nanoparticles dispersed in liquid fuels are capable of creating colloidal mixtures with
superior heat transfer and combustion properties. This approach has gain considerable …

Utilising waste cooking oil biodiesel in internal combustion engines for power generation
and transport is of increasing importance, as it is the least pollutant disposal method for …

Increasing greenhouse gas emissions due to an uncontrolled increase in fuel consumption
has become a worldwide challenge during the last decades. Meanwhile, replacing green …

Isolated droplet combustion experiments have been carried out on neat diesel, a 15 vol% 2-
methylfuran–85 vol% diesel mixture (MF15), and nanofuels made from MF15 base fuel with …

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

In this work, the effect of adding aluminum nanoparticles on hydrotreated vegetable oil was
investigated experimentally and numerically in terms of nanofuel stability and single droplet …

In this study, droplet tests were carried out for pure and blended forms of diesel fuel, which is
the traditional fuel, and trimethyl borate fuel, which is new generation fuels. In this context …

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

In this study, concentration and droplet size of aerosol and turbulence distribution in the 20 L
vessel over time under pneumatic pressure of 1 MPa–2MPa were observed and correlation …