This paper studies the vortical structures found in the wake of a ducted propeller (DP) and a
rim-driven thruster (RDT) in bollard conditions. Despite a good understanding of the vortical …

Solid-liquid mixing is often applied in the chemical industry to keep solids in suspension for,
amongst others, crystallization, adsorption, heterogeneous catalysis, etc. The most widely …

This study examines the flow field dynamics of bluff-body stabilized swirling and non-
swirling flames produced from the Cambridge/Sandia Stratified Swirl Burner. This burner …

Fluctuating velocity plays an essential role in tornadic winds and the induced transient
loads, while its characteristics are rarely considered in existing tornado models. Based on …

Abstract The Swirl Flow Reactor (SFR) is a recently proposed specially designed reactor to
address challenges of solid–liquid mixing for high-temperature and high-pressure …

The purpose of this study is to quantify the information overlap between the OH*
chemiluminescence signal and the three-dimensional Particle Image Velocimetry (PIV) …

Tomographic approaches in confined space require advanced imaging algorithms that can
properly consider the refractive distortion as the imaging rays pass through the optical wall …

This work presents a numerical study on technically premixed, swirl-stabilised flames in the
PRECCINSTA model combustor. The employed method, BOFFIN-LES, comprises a fully …

Numerical simulations of a spatially develo** transitional flow in a vertical channel with
one side uniformly heated and subjected to random velocity fluctuations at the inlet have …

The evolution of vortical structures and passive scalar transport in the starting process of
annular purging jets are numerically investigated by large eddy simulation. Three flow …