Earthquake-induced liquefaction can lead to uplift displacements of underground structures.
While the behaviour of a single underground structure has been extensively studied, the …

This study concerns the mechanical stability performances of a composite lining constrained
in a cracked pipeline. A polyhedral cross-section is used to improve the load capacity of the …

This research investigates the collapse mechanisms and crossover pressure capacity of
carbon fiber-reinforced polymer (CFRP) buckle arrestors in subsea pipelines. A nonlinear …

This paper investigates the structural optimization of a polyhedral composite subsea
pipeline (cylinder) under pressure and thermal fields. The pipeline is confined tightly and …

Accurate prediction of the propagation pressure (PP) in hybrid steel-CFRP pipe systems
presents a substantial challenge due to intricate interactions and complex collapse failure …

Behavior of hybrid steel-CFRP pipe systems under external pressures is studied herein
using a combination of experimental, analytical, and finite element (FE) methods. Hyperbaric …

This research program investigates buckle propagation in subsea pipeline systems, The
study aims to understand and predict propagation pressure (PP), essential for ensuring the …

摘要为了避免风浪流, 泥线低温等海洋环境载荷对钻完井作业及生产管柱的影响,
海上管中管结构以其良好的安全保护, 保温, 传输等性能被广泛应用. 目前, 管中管的力学 …