Due to the complexity of the working conditions and the diversity of application scenarios,
the normal operation of a fan, whether volute tongue, volute shell surface, or blade, often …

The exhaust energy can represent up to 40% of the fuel chemical energy in turbocharged
internal combustion engines. In order to calculate properly the available energy of the …

Turbine performance at extreme off-design conditions is growing in importance for properly
computing turbocharged reciprocating internal combustion engines behaviour during urban …

Exhaust gases from an internal combustion engine (ICE) contain approximately 30% of the
total energy released from combustion of the fuel. In order to improve fuel economy and …

In an internal combustion engine, twin entry turbine operates under different unequal
admission conditions by feeding the turbine with a dissimilar amount of flow in each entry for …

During engine service, turbine components are vulnerable to mechanical failures due to
large thermal loads. In addition to the heat flux variations during the transients in an engine …

Sustainable and efficient refrigerants are essential due to increasing regulatory constraints
on traditional high-GWP refrigerants. This study investigates the potential of natural …

Zero-dimensional/one-dimensional computational fluid dynamics codes are used to
simulate the performance of complete internal combustion engines. In such codes, the …

The article presents the influence of the camera and its optical system on the uncertainty of
object position measurement in vision systems. The aim of the article is to present the …

The effect of ambient humidity on the performance and pollutant emissions of internal
combustion engines is not considered in the literature despite type-approval criteria are …