In the pursuit to improve thermal and fuel efficiencies of internal combustion engines,
various engine designs and configurations have been developed over recent years. Since …

Over the years, there has been a drastic reduction in petroleum-based fuel stocks and
stringent emission requirements for internal combustion engines by environmental …

It is a relevant objective in thermal physics and in building reciprocating internal combustion
engines (RICE) to obtain new information about the thermal-mechanical characteristics of …

Intake manifold is a part of intake system, which has an important impact on intake uniformity
of the multi-cylinder engine. Three kinds of intake manifold are designed and a three …

This work compares the application of spherical dimples in a modified intake manifold for the
diesel engine to a normal intake manifold in terms of turbulent kinetic energy. In this work …

Simulation of Direct injection (DI) compressed ignition (CI) engine working on diesel
thermodynamic cycle on diesel-Rk software carried out for evaluating the effect on thermal …

Internal combustion engines are the simplest available source of power for automobile-
based industrial applications. The main issue of those engines is efficiency. Whenever made …

The in-cylinder airflow motion is an important factor that severely affects combustion
efficiency and emissions in diesel engines. It is greatly affected by the inlet port and valve …

This article is a report on a simulation based on Computational Fluid Dynamics (CFD) and
an empirical investigation of in-cylinder flow characteristics, In addition, it assesses the …

Proper design of exhaust systems in marine high-power turbocharged diesel engines can
contribute to improve the low-speed performance of these engines and make the working …