Fully coupled global analysis of Floating Production Systems, including the vessel, the
mooring system and the riser system is described. Design of the system can be a daunting …

Traditionally, the design of mooring lines and risers of floating production systems (FPS) has
been performed separately, by different teams, employing uncoupled analysis tools that do …

Considering the analysis of Floating Production Systems (FPS), this work describes two
different formulations for the coupling of the hydrodynamic behavior of the hull and the …

Floating production systems asset integrity management programs are dependent on a
combination of inspection, analysis and measured data. These tasks are often labor …

Viscous damping due to drag on mooring lines and risers is seastate dependent and
significantly affects the motion of a floating platform in deep water, particularly in everyday …

A recently identified problem facing operators and designers in the integrity of mooring chain
is the effect of highly localized Microbiologically Influenced Corrosion (MIC) in tropical …

Sažetak In global responses analysis for an innovative deep draft multi-spar platform, three
different types of the mooring system are considered, namely a catenary, a semi-taut and a …

This work presents an enhanced hybrid methodology for the analysis and design of floating
production systems (FPS). The semi-coupled (SC) procedure exploits the advantages of …

A digital twin representing the drilling system of a dynamically positioned (DP) mobile
offshore drilling unit (MODU) has been developed and deployed in offshore Brazil. The …

Offshore systems consisting of floaters linked to line structures such as risers and mooring
lines are favoured for deepwater applications. The dynamic coupling analysis of a floater …