In this study, an exergy analysis of a turbofan engine, being the main power unit of an UAV
(unmanned aerial vehicle) over the course of a surveillance mission flight, is presented. In …

Taking the exergy loss minimization as the optimization objective, an optimization model of
coking process is established based on the material balance and energy balance. The …

Recent studies discussing applications of internal combustion engines running with different
fuel types attract more attention of researchers nowadays. However environmental and …

Exergy and energy analysis of diesel engine fuelled with pure diesel and diesel–corn oil
blends are the focus of this study. The analyses were carried out by using the results of …

Biodiesel is a viable solution for the reduction of greenhouse gas emissions with a minimum
carbon footprint. It is a liquid fuel derived naturally available resources like biological …

This paper establishes an irreversible Dual-Miller cycle (DMC) model with the heat transfer
(HT) loss, friction loss (FL) and other internal irreversible losses. To analyze the effects of the …

In this paper, energy and exergy analysis of the fuel system is performed to investigate the
variation of flow and heat energies of fuel. Thermal balance, formed by many different …

Exergy analysis, which is based on the first and second thermodynamic laws, is a significant
tool to assess energy systems. In this study, energy and exergy analyses of a compression …

Our overdependence on the limited supply of fossil fuel with the burden of emission as a
consequence of its utilization has been a major concern. Biodiesel is emerging as a …

The present study deals with how engineers could optimise the performance of a CNG/LPG
fuelled spark ignition engine. An experimental set-up with needed instruments was …