El objetivo de este artículo fue analizar las variables de trabajo del múltiple de escape, a
partir de una revisión de las distintas técnicas aplicadas a la modelación y validación, para …

This paper proposes a CFD method for simulating radial turbocharger turbine flows. A
review is presented of the computational model in terms of meshing, mesh movement …

Compressors are core components in gas turbines and turbocharged engines to feed air. No
matter in axial compressors and centrifugal compressors, a fatal issue which can happen in …

In order to ensure the full heat dissipation of heat exchangers, the opening of the grille
should be large, which increases the wind drag of the whole vehicle. Most of the research on …

Transients in hydraulic systems are normally simulated by one-dimensional (1D) method of
characteristics (MOC). When local three-dimensional (3D) flow patterns have crucial impacts …

Abstract The Secondary Air System (SAS) plays an important role in the safe operation and
performance of aeroengines. The traditional 1D-3D coupling method loses information when …

In this paper, an integrated and automated methodology for the coupling between 1D-and
3D-CFD simulation codes is presented, which has been developed to support the design …

A novel multi-scale domain overlapping coupling methodology designed to couple a
computational fluid dynamics (CFD) code with a system thermal hydraulic (STH) code was …

Numerical computations are commonly used for better understanding the unsteady
processes in internal combustion engine components and their acoustic behavior. The …

Numerical analysis of intake and exhaust systems in diesel engines has been used to
reduce harmful emissions from them. An unsteady gas flow analysis in 3D format of the …