A mathematical model employed to analyze the global dynamics of a Steel Catenary Riser
(SCR) taking into account the interaction with the seafloor and the effect of the soil reaction …

The fatigue life of a steel catenary riser (SCR) near its touch-down zone (TDZ) is
substantially affected by its interaction with the seabed. Therefore, accurate estimate of the …

The dynamics of a steel catenary riser (SCR) are highly nonlinear and strongly affected by
the interaction between riser and seabed. Possessing the advantages of robustness and …

Steel catenary risers (SCRs) are used to transport hydrocarbon products between offshore
floating platforms and the seabed. Like many offshore structures, SCRs are subjected to …

Steel catenary risers (SCRs) are used to transport hydrocarbon products between the
seabed and floating production facilities, particularly in deep offshore environments. As …

Fatigue design of a steel catenary riser (SCR) at the touchdown point is a challenging
problem. The touchdown point attracts the worst bending stresses and is subject to the …

Several models for the simulation of soil-riser interaction have been developed and used in
practice. The models range from the extreme of a rigid seabed to springs that are either …

The significant influence of the riser-seabed interaction on the fatigue performance of steel
catenary risers is now widely accepted. Most design, however, is still carried out using linear …

The penetration of steel catenary risers and other cylindrical objects, such as offshore
pipelines or T-bar penetrometers, in a soft clay seabed is of practical importance in …

The oscillation of steel catenary riser (SCR) would develop a trench in a few months, while
the trench could affect the structural behavior of the riser in turn. However, the influence of …