Bioenergy attracts more attention owing to the reduction of both air pollution and
greenhouse gas emissions in a whole life cycle compared to fossil fuels. As a third …

This study presents an experimental investigation and thermodynamic 0D modeling of the
combustion of a compression-ignition engine, fueled by an alternative fuel based on neem …

In this work, we numerically investigate the potential of glycerol as a diesel fuel additive to
reduce soot emissions. Many different fuel additives offer environmental benefits, since there …

The objective of this study is to explore the limits of a one-dimensional model to predict the
movement and mixing of the air and exhaust gases recirculation (EGR) flows in compact …

This paper introduces a comprehensive and systematic Design of Experiments based
methodology deployed in conjunction with a multi-physics engine air-path and combustion …

The global awareness of the unfavourable environmental effects due to fossil fuels'
continuous use as the primary energy source has increased significantly. In order to tackle …

This article introduces a hybrid dynamic modelling approach for the prediction of oxides of
nitrogen (NOx) emissions for a Diesel engine, based on a multi-physics simulation platform …

In this paper, a novel type of Annular Connecting Straight Cylinder Engine (ACSCE) is
proposed, and an innovative dynamic position gas distribution system based on airway …

Dynamic modelling techniques are intensively studied to generate alternative solutions for
engine mapping and calibration problem, aiming to address the need to increase …

This study presents an experimental investigation and thermodynamic 0D modeling of the
combustion of a compression-ignition engine, fueled by an alternative fuel based on neem …