This paper presents a numerical study analyzing the effect of pulsating flow in a variable
geometry radial inflow turbine. The turbine behavior is analyzed under isentropic pulses …

In the paper the results of an experimental investigation developed on a small turbocharger
turbine for automotive application are presented, including the effect of the waste-gate valve …

Turbocharging technique will play a fundamental role in the near future not only to improve
automotive engine performance, but also to reduce fuel consumption and exhaust emissions …

Turbocharging technique is more and more widely employed on compression ignition and
spark ignition internal combustion engines, as well, to improve performance and reduce total …

This article describes an investigation of the unsteady behavior of turbocharger turbines by
one-dimensional modeling and experimental analysis. A one-dimensional model has been …

With the widespread application of pulse turbochargers in internal combustion engines,
steady or quasi-steady turbine models are no longer qualified for on-engine turbine …

Downsizing and turbocharging is today an effective way of enhancing fuel economy in
automotive engines. However, more information on compressor and turbine behaviour when …

This paper presents a simplified methodology of pulse flow turbine modelling, as an
alternative over the meanline integrated methodology outlined in previous work, in order to …

The flow in turbocharger compressors and turbines for automotive engine application is
highly unsteady in nature, as it responds to the intake and exhaust manifolds of the internal …

The present article attempts to describe the behavior of wastegated turbines under various
steady and pulsating flow conditions. For this, meanline and one-dimensional numerical …