In recent years, particulate emissions from the gasoline direct injection (GDI) engine,
especially the ultrafine particulates, have become a subject of concern. In this study, the …

This paper describes the role of tip leakage flow in creating the leading edge separation
necessary for the onset of spike-type compressor rotating stall. A series of unsteady …

The trend towards ultra compact thermal power generation, is constrained by the
unavailability of fluid-machinery adequate for supersonic flow conditions. Conventional …

The quantification of the flow irreversibilities is crucial to developing future turbomachinery.
Traditionally, design correlations and efficiencies are based on comparisons to isentropic …

Pulsating non-Newtonian flow in a corrugated channel was studied by using the Lattice
Boltzmann Method (LBM) and utilizing the Boundary Fitting Method (BFM). A wide range of …

At the present study, the effects of the pulsating flow on forced convection in a corrugated
channel are investigated using Lattice Boltzmann Method (LBM) based on Boundary Fitting …

The dominant role of electricity generation and environment consideration have placed
strong requirements on coal fired power plants, requiring them to improve boiler combustion …

A liquid-solid coupling numerical model of water-cooled bearing in gasoline engine
turbocharger is established in STAR CCM+ environment. By adapting two-phase flow …

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 …

A characteristic of radial turbines for turbocharger applications subject to pulsating flow is
the deviation of the turbine performance compared with corresponding continuous flow …