This study employs three-dimensional particle-tracking velocimetry (3D-PTV) for
experimental investigation of the existence and properties of periodic lines in 3D lid-driven …

The present study concerns Lagrangian transport and (chaotic) advection in three-
dimensional (3D) flows in cavities under steady and laminar conditions. The main goal is to …

Ranging from Re= 100 to Re= 20,000, several computational experiments are conducted,
Re being the Reynolds number. The primary vortex stays put, and the longterm dynamic …

This investigation addresses a systematic numerical method based on the finite volume
method and a full multigrid technique to study two-dimensional and three-dimensional flow …

The structure of the incompressible steady three-dimensional flow in a two-sided anti-
symmetrically lid-driven cavity is investigated for an aspect ratio shows chaotic streamlines …

Numerical studies of three-dimensional (3D) time-periodic flow inside a lid-driven cylinder
revealed that a weak perturbation of the noninertial state (Reynolds number Re= 0) has a …

The flow in a rectangular cavity driven by the sinusoidal motion of the floor in its own plane
has been studied both experimentally and computationally over a broad range of …

The Lagrangian transport in the laminar incompressible flow in a two-dimensional square
cavity driven by a harmonic tangential oscillation of the lid is investigated numerically for a …

The incompressible fluid flow in a rectangular container driven by two facing sidewalls which
move steadily in anti-parallel directions is investigated experimentally for Reynolds numbers …

At any Reynolds number the temporal limit satisfies two principles. One concerns the
arousing of tiny counterclockwise-or clockwise-rotating eddies attached to a rigid wall; the …