The increase in altitude causes the decrease in internal combustion engine power and the
increase in pollutant emission. Converting waste heat into more useful forms of energy …

Internal combustion engine (ICE) downsizing through various turbocharging configurations
is generally known by the powertrain design community as an effective means to reduce …

Single-cylinder diesel engines are generally not turbocharged because of highly pulsating
exhaust gas flow, resulting in increased speed fluctuations and reduced turbine …

PODE3 reaction mechanism developments are still in the early stages with very limited
research. In particular, reaction mechanisms to characterize PODE3 combustion are neither …

In this paper, based on the coupling calculation of Simulink software and GT-Power
software, an Optimizer model method was proposed for a 16V265H diesel engine to study …

Recently, there have been numerous efforts to cope with automotive emission regulations.
Various strategies to reduce engine-out NOx emissions and proper after-treatment systems …

The pursuit of reduced carbon emissions has spurred powertrain innovations, especially in
the automotive sector. This study aims to numerically analyze the electrically assisted …

As part of a project for the realization of a hybrid vehicle with an innovative power train
system, the proposal presented is to disconnect the turbocharger group and study the …

In commonly applied one-dimensional choking models for radial turbines, choked flow is
assumed to appear in the geometrical throat of each stator and rotor. Coupled and complex …

In recent years, the causes, effects, and existential threat of a global anthropogenic climate
shift have drawn significant attention and stimulated mitigation efforts from all genres of …