Add to ORKGVortex motion behind a circular cylinder moving through water is discussed. It is shown that a pair of vortices form behind a moving cylinder and that their centers will move along a predictable curve. This curve represents an equilibrium condition which, however, is subject to perturbation. The stability of the vortex pair is investigated. Movement of the vortex pair away from the cylinder is calculated as an explanation of the resistance of the cylinder. Finally, the principles elaborated are applied to the flow around a flat plate
When an incompressible fluid flows past a circular cylinder, vortex shedding occurs as soon as the R...
Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular...
The dynamical behavior of a heavy circular cylinder and N point vortices in an ideal ...
The study of vortex flows around solid obstacles is of considerable interest from both a theoretical...
In this report the steady state flow of an incompressible inviscid fluid past a circular cylinder is...
Development of vortex patterns around a circular cylinder oscillating in quiescent water is investig...
This paper investigates flow past a rotating circular cylinder at 3600≤Re≤5000 and α≤2.5. The flow p...
Nessa disserta ̧c ̃ao estudamos a dinˆamica de v ́ortices pr ́oximos a fronteiras s ́olidas emum flu...
In this paper, processes in the early stages of vortex motion and the development of flow structure ...
The problem of motion of the vortices around an oscillating cylinder in the presence of a uniform fl...
The vortex dynamics of a translating circular cylinder which is rapidly arrested is investigated. Si...
Fluid entering the periphery of a steadily rotating cylindrical tank exits through an off-axis drain...
Using a barotropic model in spherical geometry, we construct new solutions for steadily travelling v...
Experiments were performed at low Reynolds numbers in the range 75 Re 275 in the wake of a circula...
A variational principle is presented which characterizes steady motions, at finite Rossby number, of...
When an incompressible fluid flows past a circular cylinder, vortex shedding occurs as soon as the R...
Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular...
The dynamical behavior of a heavy circular cylinder and N point vortices in an ideal ...
The study of vortex flows around solid obstacles is of considerable interest from both a theoretical...
In this report the steady state flow of an incompressible inviscid fluid past a circular cylinder is...
Development of vortex patterns around a circular cylinder oscillating in quiescent water is investig...
This paper investigates flow past a rotating circular cylinder at 3600≤Re≤5000 and α≤2.5. The flow p...
Nessa disserta ̧c ̃ao estudamos a dinˆamica de v ́ortices pr ́oximos a fronteiras s ́olidas emum flu...
In this paper, processes in the early stages of vortex motion and the development of flow structure ...
The problem of motion of the vortices around an oscillating cylinder in the presence of a uniform fl...
The vortex dynamics of a translating circular cylinder which is rapidly arrested is investigated. Si...
Fluid entering the periphery of a steadily rotating cylindrical tank exits through an off-axis drain...
Using a barotropic model in spherical geometry, we construct new solutions for steadily travelling v...
Experiments were performed at low Reynolds numbers in the range 75 Re 275 in the wake of a circula...
A variational principle is presented which characterizes steady motions, at finite Rossby number, of...
When an incompressible fluid flows past a circular cylinder, vortex shedding occurs as soon as the R...
Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular...
The dynamical behavior of a heavy circular cylinder and N point vortices in an ideal ...