In this paper, the main aim is to examine the performance of turbulence models to shed light
on the effect of turbulence modeling in capturing different in-cylinder phenomena under …

This paper explores the potential of oxy-fuel direct-fired supercritical carbon dioxide (sCO 2)
power cycles, proposing them as a promising strategy towards achieving near-total carbon …

Nonreacting swirling flow behavior through a novel double swirl burner has been
investigated in this paper using Detached Eddy Simulation (DES) calculations and …

Detailed laser Doppler velocimetry (LDV) measurements of profiles of mean axial and
tangential velocities and their corresponding root-mean-square (RMS) components in …

The internal flow in pressure swirl atomizers is numerically predicted by performing large
eddy simulations and using a volume of fluid approach. The output of the numerical model is …

The two-phase internal flow in water mist injectors is predicted by 3D numerical simulations,
where the gas/liquid interface is captured by the volume of fluid methodology and the effect …

The effect of swirl number (Sn) on the flow behavior and combustion characteristics of a lean
premixed propane Flame Ф= 0.5 in a swirl burner configuration was numerically verified in …

Numerical analysis of computational fluid dynamics (CFD) is one of technologies that can be
minimized the experimental cost. This paper is presents the isothermal swirling turbulent …

Ever-increasing energy demand, limited non-renewable resources, requirement for
increased operational flexibility, and the need for reduction of pollutant emissions are the …

In the present work we interested to predict numerically the proprieties of turbulent diffusion
flame. For the turbulence model we are used large eddy simulation when the interaction …