... coupled analysis mooring line failure design of offshore structures floating and moored production systems risers moorings cable dynamics system integrity assessment The mooring system is a critical component of floating production systems (FPS) that have been employed for oil and gas...

... and uncoupled models, incorporated into a three-stage sequence of analyses that can be fully automated within a single analysis program, presenting striking reductions of computational costs. The procedure begins by determining, through a full nonlinear static coupled analysis, the mean equilibrium position...

... of O ffshore M echanics and A rctic E ngineering . 03 02 2019 03 06 2019 30 10 2019 04 11 2019 array system coupled analysis mooring solution systems engineering wave energy floating and moored production systems ocean energy technology moorings and cable...

...Ying Min Low; Andrew J. Grime In the dynamic analysis of a floating structure, coupled analysis refers to a procedure in which the vessel, moorings, and risers are modeled as a whole system, thus allowing for interactions between various system components. Because coupled analysis in the time...

... a numerical fluid-structure interaction model, OrcaFlex, to predict the energy extraction potential of the system. OrcaFlex is a coupled analysis numerical code designed to model the dynamics of offshore structures. The code has a range of capabilities from the modeling of mooring and riser systems...

...Ying Min Low; Robin S. Langley The global dynamic response of a deep water floating production system needs to be predicted with coupled analysis methods to ensure accuracy and reliability. Two types of coupling can be identified: one is between the floating platform and the mooring lines/risers...