Strongly swirling vortex chamber flows are examined experimentally and numerically using
the Reynolds stress model (RSM). The predictions are compared against the experimental …

This paper describes a numerical study of two-phase, strongly swirling flow in a cylindrical
separator with double vortex generators to predict the separation efficiency of a mixture …

Analytical solutions of the Navier-Stokes equations for laminar fully developed flow in a
cylindrical annulus for decaying swirling flows have been derived for narrow-gap geometry …

In accordance with the flow characteristics of vortex valve variable-thrust solid rocket motors,
a cold flow experimental system based on Particle Image Velocimetry was established. A …

The characteristics of decaying swirling flows and forced convective heat transfer on the
conditions of both laminar and turbulent flow in a narrow concentric annulus were simulated …

The present article describes a numerical study of multiphase, strongly swirling flow in a
cylindrical separator with double vortex generators to predict the separation efficiency of …

This paper presents experimental and analytical results concerning the pressure drop and
the core size in vortex chambers. The new formulation is based on the conservation of mass …

This article presents a numerical analysis of multi–phase flow with powerful swirling streams
in a cylindrical separator equipped with two vortex generators in an attempt to predict the …

The characteristics of decaying swirling flows and forced convective heat transfer on the
condition of turbulent flow in a narrow concentric annulus were simulated. The governing …

CONFINED swirling flows find a wide range of applications in practical devices and
industrial equipment such as in vortex separators, gas turbine combustors, furnaces, and …