Fibre-reinforced polymers (FRPs) have been effectively applied in various scientific and
engineering applications. FRPs have several advantages over traditional construction …

Relative ground movement represents a severe seismic hazard to pipelines crossing faults,
and the maximum expected pipeline strains are the primary design concern. Past research …

Numerous researches were conducted to explore the response of a pipe or tunnel to fault-
induced deformation, most of which concentrated on strain distribution and failure …

Active fault is one major threatening factor for buried pipelines in strong seismic zones.
Pipelines get failed due to the large tension or compression strain caused by the faulting …

As the main way of oil and gas long-distance transportation, buried pipelines will inevitably
pass through the active fault zones. Fault displacement induced by earthquake, especially …

High strength steel pipeline is widely used in long distance transportation of natural gas.
These pipelines are vulnerable under active faults in strong seismic areas. The buckling …

The reverse fault is one of main threats faced by high strength gas pipelines, for the potential
of leading to buckling failure in the pipe. A 3D finite element model was established in this …

This study focused on buckling propagation and its arrest in buried offshore pipelines
crossing strike-slip faults. A buried offshore pipeline with integral arrestors was analyzed …

Buried pipelines are one of the critical lifeline structures, and the evaluation of pipeline
performance under seismic faulting is essential for protection of pipeline networks. This …

Buckling failure analysis of buried subsea pipeline under reverse fault displacement was
investigated by the Vector Form Intrinsic Finite Element method in this paper, considering …