For a fishing vessel, its diesel engine's energy efficiency is only at 35–40%, with more than
half of the energy being wasted as exhaust heat taken away by jacket water, cooling air and …

This paper outlines a novel meanline off-design model to predict the performance
characteristics of a radial inflow turbine that operates with ideal and real working fluids …

In this study, application of the steam injection method (SIM), Miller cycle (MC) and turbo
charging (TC) techniques into a four stroke, direct-injection diesel engine has been …

To improve engine power at high altitude, the regulated two-stage turbocharger (RTST)
which was applied to different altitudes was developed by the authors. The working process …

This study reports the influences of the engine design and operating parameters on the
performance of a turbocharged, steam injected and Miller cycle diesel engine by using a …

The ever-increasing demand for low carbon applications in automotive industry has
intensified the development of highly efficient engines and energy recovery devices. Even …

Due to slow turnover of the global vehicle parc internal combustion engines will remain a
primary means of motive power for decades, so the automotive industry must continue to …

In this paper, several kinds of improved modes for exhaust gas turbocharging (EGT) have
been investigated on the transient performances, including steam-assisted turbocharging …

Downsizing with turbocharging is the most promising way, especially in terms of cost, to get
reduced fuel consumption and CO 2 emissions particularly in the case of Spark Ignition …

The aim of this numerical study is to characterize the flows of a twin-entry radial turbine and
the development of Dean vortices in its asymmetrical volute, as well as to examine the …