A discrete vortex method is implemented with a hybrid control technique of vortex shedding
to solve the problem of the two-dimensional flow past a slightly rough circular cylinder in the …

Numerical tests at high Reynolds number flows were taken on circular cylinder placed near
and parallel to a moving ground. A moving ground running at the same speed as the free …

We present a novel method for the simulation of the aerodynamic admittance in bluff body
aerodynamics. The method introduces a model for describing oncoming turbulence in two …

A two-dimensional numerical study is carried out to understand the vortex dynamics behind
two rows of square cylinders arranged in a staggered fashion in an unbounded medium and …

The two-dimensional viscous incompressible fluid flow around a circular cylinder near a
moving ground is numerically simulated. In a moving ground one eliminates the influence of …

Gravitational water vortex turbine takes advantage of the formation of an artificially induced
gravitational vortex in a free surface tank, known as basin, for the generation of electrical …

This paper describes the development of a Lagrangian roughness model to simulate the
effect of surface roughness in two-dimensional flow on the proximity of the cylinder, at high …

This paper proposes a numerical model for the two-dimensional, incompressible, unsteady,
turbulent flow applied to an impulsively started flow around a circular cylinder in the …

Previous experimental observations suggest that a moving ground can be numerically
simulated avoiding vorticity generation on it. In this research line the current paper presents …

The interactions between two streamwise vortices were investigated by wind tunnel testing
of two NACA0012 vanes at various lateral offsets. One vane was spaced 10 chord lengths …