Flexible cylindrical structures are susceptible to the concomitant excitation of vortex-induced
vibration (VIV) and time-varying axial tension in offshore engineering. The structural …

This paper addresses a detailed literature review on non-linear modes of vibration and its
role in obtaining more efficient reduced-order models, as compared to those obtained by …

In this article, a three-dimensional nonlinear dynamic model, which takes into account both
the geometric and hydrodynamic nonlinearities, is presented to characterize the behavior of …

Flexible cylindrical structures, such as top-tensioned risers (TTRs) and tethers of tension leg
platforms (TLPs), usually vibrate under the combined excitation of vortex shedding and time …

Flexible cylinder structures, such as top-tensioned risers (TTRs) and tethers of tension leg
platforms (TLPs), display complicated dynamic characteristics under the combined excitation …

Featured Application A simplified theoretical model is proposed for vibration analysis of the
coupled Submerged floating tunnel (SFT) tube-cable system under combined vortex …

In offshore engineering long slender risers are simultaneously subjected to both axial and
transverse excitations. The axial load is the fluctuating top tension which is induced by the …

Both amplitude modulation and frequency modulation of Vortex-induced Vibration (VIV) are
observed in a recent model test of a flexible cylinder under oscillatory flow, but its …

An experimental investigation of concomitant Vortex-Induced Vibration (VIV) and top-motion
excitation with a long and vertical flexible cylinder is presented. Underwater optical …

A unidirectional three-mode reduced-order model (ROM) for the lateral motion of a slender
and immersed rod subjected to harmonic and axial top motion was derived from the …