With its high gravimetric and volumetric heat value, boron-based nanofluid fuel is potentially
well suited for future high-energy propulsion systems. In this experimental study, we …

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 …

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

The interaction of incident vortex with buoyant diffusion flame of a pendant fuel droplet (n-
dodecane) is investigated in the present study. The flame stretching/shedding events occur …

The present study investigates the flame dynamics of a contactless burning fuel droplet
under free fall subjected to a co-flow. The dynamic external relative flow established due to …

The combustion of a freely falling dodecane droplet has been studied experimentally in a
droptower-like facility under ambient conditions. A unique ignition mechanism is used by …

The concept of smart combustion, where nanofuels and electromagnetic interactions are
combined to enhance the flame characteristics and improve the control of the combustion …

Understanding the dynamics of flames at small scales opens up opportunities to enhance
the performance of small-scale power generation devices, micro-reactors, fire safety …

The study comprehensively investigates the response of a combusting droplet during its
interaction with high-speed transient flow imposed by a coaxially propagating blast wave …