A review of the multibody dynamics in the applications of ships and offshore structures is
presented in this study. As the processes for the design and production of ships and offshore …

The objective of this paper is to analyze the response of Tension Leg Platform (TLP) with
hydro-pneumatic tensioner. A coupled tendon-hull-tensioner-riser system is established by …

As the tension force provider for the riser system, the hydro-pneumatic tensioner system
plays an essential role in riser recoil. However, Existing riser recoil analyses rarely adopt …

A multibody system including a drilling riser system, tensioners and a floating platform is key
equipment for offshore oil and gas drilling. Most of the previous studies only focus on the …

A mathematical model of direct-acting tensioner system was developed to analyze the effect
of internal friction of tensioner cylinder on the tensioner performance. The platform-tensioner …

Riser systems usually encounter large offset and huge environmental loads when
emergency disconnection. However, the two-dimensional recoil theory and research still …

The flexibility of marine riser systems in deepwater settings is studied using flexible
multibody dynamics with geometrically exact beam for static, eigen and recoil analyses. The …

Low-cost midsize workover operation based on deepwater workover riser system is
attractive. However, a comprehensive theoretical mechanical model for the complex …

In this paper an improved mathematical model of a hydro-pneumatic tensioner (HPT) system
for top tensioned riser (TTR) is derived by consideration of friction, mass of piston and piston …

Anti-recoil safety of marine risers is critical for deep water offshore drilling. The challenges of
riser anti-recoil optimization stem primarily from two factors:(a) nonlinearities of the violent …