Abstract: In this paper, a loworder model for predicting performance of radial turbocharger turbines is presented. The model combines an unsteady quasithreedimensional (Q3D) computational fluid dynamics (CFD) method with multiple ...

Abstract: The aim of the current paper is to investigate the evolution of the flow in the vaneless diffuser of a scaledup turbocharger compressor using the steadystate viscous calculations. First, the predicted flow patterns are ...

Abstract: The performance of automotive turbocharger turbines has long been realized to be quite different under pulsating flow conditions compared to that under the equivalent steady and quasisteady conditions on which the conventional ...

Abstract: Decarbonizing highly energy-intensive industrial processes is imperative if nations are to comply with anthropogenic greenhouse gas emissions targets by 2050. This is a significant challenge for high-temperature industrial ...

Abstract: In this paper, an unsteady tip leakage flow phenomenon is identified and investigated in a centrifugal compressor with a vaneless diffuser at near-stall conditions. This phenomenon is associated with the inception of a ...

Abstract: Hard-to-abate industrial processes, such as petrochemicals and cement production, have long been considered technically challenging to decarbonize. In response to the urgent demand to eliminate industrial CO2 emissions, a ...