Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular cylinder. In essence, the time dependent lift acting on a cylinder is due to the presence of a vortex shed off the separation point on the cylinder. The vortex strength and its trajectory is predicted employing the condition of zero force on the vortex and its feeding vortex sheet. The vortex breaks away from the cylinder and is convected by the fluid after the vortex strength reaches a maximum value, and another vortex is shed at the other side of the cylinder. Oscillating lift with the right order of magnitude of available experimental results was predicted. For subcritical flow, good agreement is obtained between the predicted Strouhal nu...
The focus of this research is on the development of a new approach for simulating vortex induced vi...
This study investigates the triggering of vortex shedding by transverse and in-line forced oscillati...
This thesis deals with the development of a new empirical model of the hydrodynamic loads associated...
Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular...
The flow around a circular cylinder exhibiting vortex-induced oscillation is modelled by 2 potential...
In this study, the flow features of vortex shedding from a circular cylinder forced-oscillating in t...
analytical model to predict the lift on a circular cylinder undergoing forced rotational oscillation...
Purpose - The purpose of this paper is to investigate the influence of forced, in-line oscillation o...
Vortex-induced vibration (VIV) of an elastically mounted rigid circular cylinder in an oscillatory fl...
The vortex-induced oscillation of a circular cylinder is modelled by a non-linear system with two de...
The phase jump, energy transfer, and the associated vortex shedding modes of a circular cylinder und...
This study investigates the effect of altering oscillation amplitude on time-mean and root-mean-squ...
This paper presents results obtained from the numerical solution for the flow past an oscillating ci...
This article proposes a new wake oscillator model for vortex induced vibrations of an elastically su...
The fluid–structure interaction problems associated between cylinder and fluid has gained considerab...
The focus of this research is on the development of a new approach for simulating vortex induced vi...
This study investigates the triggering of vortex shedding by transverse and in-line forced oscillati...
This thesis deals with the development of a new empirical model of the hydrodynamic loads associated...
Abstract. A simple potential flow model is presented to calculate the oscillating lift on a circular...
The flow around a circular cylinder exhibiting vortex-induced oscillation is modelled by 2 potential...
In this study, the flow features of vortex shedding from a circular cylinder forced-oscillating in t...
analytical model to predict the lift on a circular cylinder undergoing forced rotational oscillation...
Purpose - The purpose of this paper is to investigate the influence of forced, in-line oscillation o...
Vortex-induced vibration (VIV) of an elastically mounted rigid circular cylinder in an oscillatory fl...
The vortex-induced oscillation of a circular cylinder is modelled by a non-linear system with two de...
The phase jump, energy transfer, and the associated vortex shedding modes of a circular cylinder und...
This study investigates the effect of altering oscillation amplitude on time-mean and root-mean-squ...
This paper presents results obtained from the numerical solution for the flow past an oscillating ci...
This article proposes a new wake oscillator model for vortex induced vibrations of an elastically su...
The fluid–structure interaction problems associated between cylinder and fluid has gained considerab...
The focus of this research is on the development of a new approach for simulating vortex induced vi...
This study investigates the triggering of vortex shedding by transverse and in-line forced oscillati...
This thesis deals with the development of a new empirical model of the hydrodynamic loads associated...