The need for the utilisation of marine risers in deep seas has increased in recent years and
this is due to increased drilling explorations with the shift in trend from shallower to deep and …

In this paper, a computational atomistic-continuum multiscale framework is presented for the
simulation of the nano-powder compaction process using a cone-cap plasticity model. The …

The research on structural components includes offshore structures and onshore structures,
such as marine risers, which are classified as hybrid marine structures. The demand for …

ABSTRACT A mechanical properties study of fibereglass reinforced flexible pipe (FGRFP) in
marine applications is proposed based on the reinforced layer interface structure design, the …

An observer-based adaptive backstep** boundary control is proposed for vibration control
of flexible offshore riser systems with unknown nonlinear input dead zone and uncertain …

This paper proposes a repeated unit cell (RUC) FE modelling strategy for multilayered
helical strand cables subject to tensile loading and bending with an initial tensile load. The …

The change from steel risers to composites comes with uncertainties that led to large safety
factors. One area of uncertainty is the predicted response and stresses derived from …

Fibreglass reinforced flexible pipe (FGRFP) is a kind of composite thermoplastic pipe
serving as a preferred application in the field of oil transportation. This paper studies the …

In contrast to traditional power cables for bottom-founded offshore wind turbines, power
cables for floating wind turbines penetrate the water column and are exposed to cyclic …