Under high ambient pressure (5 MPa) and different injection pressures (90, 120, and 150
MPa), a high‐speed imaging technique was carried out to comparatively investigate the …

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 …

Whilst fossil fuels have been an industrial driver for many decades, environmental concerns
related to global warming have driven the development of alternative energy sources, such …

The knowledge of biodiesel density over large ranges of temperature and pressure is
important for predicting the behavior of fuel injection and combustion systems in diesel …

The refractive index and speed of sound can be applied in many biodiesel studies, such as
the characterization of biodiesels, their feedstocks, diesel/biodiesel blends, and their …

Ultrasound is a continually developing technology that is broadly used for fast, non-
destructive mechanical property detection of hard and soft materials in applications ranging …

The property changes associated with the differences in chemical composition of biodiesel
may change the fuel injection timing which in turn cause different exhaust emissions and …

In modern compression ignition engines, complex fuel injection strategies are adopted in
order to enable a clean and efficient combustion process and an effective combustion noise …

In this study, the fuel injection pressure peak of the pressure amplification common rail fuel
system for two-stroke diesel engines was investigated in detail. A prediction model of the …

An empirical approach proposed recently (Fluid Phase Equilibria, 434 (2017) 176–192) to
distinguish different isomer molecules is extended in this paper aiming to apply for alkyl …