The objective of this paper is to analyze the dynamic responses of Tension Leg Platform
(TLP). Under the combined action of waves and currents, a tether model considering the …

The influences of considering coupled axial-flexural vibrations on efficiency of cantilever
mass nanosensors, modeled by Rayleigh and Timoshenko beam theories, are investigated …

Fluid-induced vibration (FIV) prediction is an important prerequisite work in wear and fatigue
analysis of tubing string in oil & gas well. The finite element method, energy method and …

A dynamic analysis model for a drilling riser under hard hang-off conditions was established,
and the model was solved by finite element method in combination with the Newmark β …

A model is developed to investigate the dynamic behavior of a deepwater drilling platform
riser system under emergency evacuation conditions. In the model, the riser in the ocean …

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 …

This paper presents a coupled dynamic analysis of a marine riser under combined forcing
excitation and parametric excitation. The forcing and parametric excitation are induced by …

In this paper, the transverse superharmonic resonances of a marine propulsion shafting are
investigated under the first blade frequency excitation. A coupled longitudinal-transverse …

Abstract Floating Production, Drilling, Storage and Offloading units represent a new
technology with a promising future in the offshore oil industry. An important role is played by …

The assessment of tendon mechanics for the tension leg platform (TLP) is crucial to the
safety of the whole TLP system. The tendon design includes nonlinear mechanical …