This paper reviews the dynamics and vibration control techniques for marine riser systems.
The riser pipes are modeled as Euler-Bernoulli beams that vibrate under the effects of ocean …

Riser will bend and deform in deep-water and ultra-deep water drilling, which may affect the
dynamic characteristics of the drill-string. The analysis of drill-string dynamic characteristics …

A riser conveys fluids from a subsea system to a host floater; however, oil and gas phases
may alternate, increasing pipe's stress and damaging downstream facilities. This paper …

In order to analyze riser stress and deformation in its installation, a static analysis model and
equation have been established and the equation is solved by the finite difference method …

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 …

The fatigue reliability assessment of deepwater risers plays an important role in the safety of
oil and gas development. Physical-based models are widely used in riser fatigue reliability …

In this paper, a dynamic analysis model has been established to analyze lateral vibration of
marine riser in installation. The governing differential equation has been deduced by …

The purpose of this paper is to figure out the safety operation window of riser in installation
through taking three kinds of mechanical behavior. In this paper, the sea surface current …

When using offshore rotating platforms for deep-sea operation, coiled tubing (CT) is affected
by both the ocean load and torque. Moreover, the variation law of axial force complexity …

Time domain simulation is the best-known approach to solving structural dynamics of
offshore structures. However, being time-consuming, particularly for long-term analysis, and …