Detailed instantaneous velocity fields of a jet in crossflow have been measured with
stereoscopic particle image velocimetry (PIV). The jet originated from a fully developed …

Modeling of turbulent flows in axial turbomachines is challenging due to the high spatial and
temporal variability in the distribution of the strain rate components, especially in the tip …

The paper presents results of a LES based numerical simulation of the turbulent jet-in-cross-
flow (JICF) flowfield, with Reynolds number based on cross-flow velocity and jet diameter …

In this study, polynomial functions of orders up to five are applied to induce variations in the
cradle radial setting and the velocity ratio in the kinematic scheme of the machine tool for the …

The dynamics of formation and evolution of vortex rings with low Reynolds numbers created
in a piston-cylinder arrangement are studied. The ratio of the piston displacement L m to the …

This paper proposes a novel computationally efficient dynamics modeling approach for
down-hole well drilling system. The existing drilling modeling methods are either …

A three-dimensional simulation was conducted to investigate water flow over the
accumulator unit of an underwater compressed air energy storage system. The accumulator …

An experimental investigation was conducted to study the dynamical behaviour of a model
valve in a pulsatile flow. The valve is modelled as a pair of curved, rectangular, flexible …

Streamwise vortices have been investigated as a way to enhance air/fuel mixing in
supersonic flows. Recently, they have been proposed as a way to exert a control authority …

A new technique (fat-sheet 'Tomo-PIV') is presented to measure instantaneously the full 3D-
velocity gradient tensor in a light sheet plane, which is an important quantity eg for turbulent …