The flow-induced vibration of bluff bodies is an important problem of many marine, civil, or
mechanical engineers. In the design phase of such structures, it is vital to obtain good …

A nonlinear model relating the imposed motion of a circular cylinder, submerged in a fluid
flow, to the transverse force coefficient is presented. The nonlinear fluid system, featuring …

A nonlinear system identification for vortex induced vibration (VIV) on the pipe cylinder is
verified in this paper. From prior research, input-output data have been extracted from …

The kinematics of oscillating bluff bodies in a fluid flow have been a hot research topic for
decades. Most important are the potentially harmful vortex-induced vibrations (VIVs) where …

In this paper we address the use of system identification techniques as a means for
constructing a model relating fluid variables (pressure, velocity, vorticity) measured in the …

Living on the planet as we know it, interaction of structures and fluids make up part of daily
life. If not below ground, the entire built environment is exposed to wind, or to flowing water …

In this paper, PID controller has been employed to suppress vortex induced vibration (VIV)
on a marine riser cylindrical pipe in a good way. Neural Network time series (NNTS) have …

PID controller for fluctuating pipe cylinder caused by vortex induced vibration (VIV) has been
presented well in this study. From prior research, input-output data have been extracted from …

In this paper we present an approach for modeling and control of the unsteady flow over a
circular cylinder at a low Reynolds number (Re= 60). Actuation is achieved by rotating the …

In this work we explain the basic ideas of a novel modelling methodology for unsteady
aerodynamics based on system identification techniques. We aim to construct transfer …