This work used immersion experiments to elucidate the corrosion behaviour of low-alloy
pipeline steel in vapour-saturated H 2 S/CO 2 environment and H 2 S/CO 2-saturated brine …

Most of the references are automatic mesh generation, but the accuracy of armored
umbilical cable (AUC) analysis is not high enough. There is no detailed introduction about …

A fully three-dimensional finite element model was developed in order to study the axial
compressive response of flexible pipes. The model is parameterized and features five …

To study the compressive behavior of flexible pipes and tensile armor instability, a nonlinear
Finite Element model was developed. This fully tridimensional model recreates a five layer …

Flexible pipes are commonly exposed to damages on the outer layers due to abrasion with
seafloor or improper installation and operation, which may render them vulnerable to …

Marine un-bonded flexible pipes wrapped with fiber-reinforced polymer are essential in
offshore oil and gas exploration because of their high flexibility and reliability. These flexible …

This paper proposes a finite element (FE) modal approach to determine the critical loads
and buckling mode shapes associated with the lateral buckling of the tensile armors in …

The development of oil and gas fields in deepwater challenges the design of flexible pipes
due to high pressures, temperatures and dynamic loads. Amongst the known failure modes …

The present paper addresses the circular armour wire lateral buckling in umbilicals. An
asymmetric non-linear finite element model is developed to analyze a single armour wire …

Umbilical cables are integral components of subsea production systems. In this study, the
buckling failure of umbilical cable with damaged sheath under bending and compression …