Accurate prediction and control of diesel engine-out emissions are vital areas of interest for
automotive manufacturers and researchers. This article presents an investigative review of …

In recent years, hybrid (eg diesel-renewable) power systems have been implemented in
many isolated regions (eg remote areas and islands) to reduce dependency on diesel …

Providing sustainable energy demand with minimum environmental impact is a major area
of concern in energy sector. Alternative fuels such as biodiesel, ethanol etc. have been quite …

Combustion modeling plays a key role in an engine simulation to predict in-cylinder
pressure development and engine performance with a high level accuracy. Wiebe function …

A real-time zero-dimensional diagnostic combustion model has been developed and
assessed to evaluate in-cylinder temperatures, HRR (heat release rate) and NOx (nitrogen …

The present work describes the development of a fast control-oriented semi-empirical model
that is capable of predicting NOx emissions in diesel engines under steady state and …

This study is an extension of a previous MVEM (Mean Value Engine Models) and in-cylinder
single zone model dedicated for HIL (Hardware In the Loop) applications. The in-cylinder …

The development of advanced model-based engine control strategies, such as economic
model predictive control (eMPC) for diesel engine fuel economy and emission optimization …

In the present paper, the authors have applied a newly developed semi-empirical, zero-
dimensional, two-zone model on two automotive DI Diesel engines: a heavy (truck) and a …

Diesel engines applications cover a broad spectrum, ranging from vehicles that transport
passengers and move goods to specialized vehicles and equipment used in the …