In this paper, in order to investigate the effect of working parameters on 3D non-premixed

Flameless oxidation occurring in the IFRF furnace, large eddy simulation model is applied on

OpenFOAM environment. The radiation and combustion...

This paper employs large eddy simulation (LES) to investigate non-premixed flameless oxidation occurring in the IFRF furnace with varying fuel-injection angle. In order to model radiation and combustion using OpenFOAM software, finite volume...

Here we examine partial and supercavitation over a sphere at a constant Reynolds number of 1.5×106 and a broad range of cavitation numbers (0.36<σ<1). Large eddy simulation (LES) and Sauer mass transfer model were used to simulate the dynamic...

In the present study, large eddy simulation methodology is applied to investigate the 3D non-premixed flameless oxidation in the IFRF furnace. In order to serve this purpose, to model the combustion and radiation, the partially stirred reactor...

In this paper, wavelet analysis of the cavitating flow over a sphere is reported. Unsteady and dynamic behaviors of cavitation were captured using large eddy simulation -LES- turbulence approach and Sauer mass transfer models. Numerical simulation...

In this study, a recently developed eddy viscosity model called anisotropic minimum-dissipation (AMD) model is applied as an alternative method for the Smagorinsky model. AMD belongs to the minimum dissipation type of the ...