The flow field in a high pressure ratio centrifugal compressor with a vaneless diffuser has
been investigated numerically. The main goal is to assess the influence of various …

Heat transfer parameters are the most critical variables affecting turbine blade life.
Therefore, accurately predicting heat transfer parameters is essential. In this study, for …

This paper presents the developments done on a CFD unstructured solver, based on the
OpenFOAM® CFD libraries, to perform conjugate heat transfer simulations in …

In this article, a recently developed pressure-based, fully coupled solver capable of
predicting fluid flow at all speeds is extended to deal with turbulent flows in a rotating frame …

The aim of this paper is to numerically investigate cooling performances of a non-film-cooled
turbine vane coated with a thermal barrier coating (TBC) at two turbulence intensities (Tu …

Abstract Reynolds-averaged Navier–Stokes (RANS) model-based conjugate heat transfer
(CHT) method is so far popularly used in simulations and designs of internally cooled gas …

In this paper we present a fully coupled algorithm for the resolution of compressible flows at
all speed. The pressure-velocity coupling at the heart of the Navier Stokes equations is …

A conjugate heat transfer analysis obtained the pressure and temperature distribution on the
MarkII blade surface. Hot gas is passed over the blade surface and cooled by ten cooling …

In this paper, the optimum parameters of a row of cylindrical film cooling holes have been
investigated using a multi-objective evolutionary approach so as to achieve a compromise …

A numerical analysis of two different effusion cooled plates, with a feasible arrangement for
combustor liner application, is presented in this paper. Though having the same porosity …