Buried pipelines, such as water supply and power transmission systems, play a vital role in
daily life. Seismic resistance of the pipeline systems is a very important research topic …

Onshore buried steel pipeline infrastructure is a critical component of the fuel supply system.
Pipeline failure due to seismic actions is socially, environmentally, and economically …

Buried steel pipelines transport large amounts of fuel over long distances and inevitably
cross active tectonic seismic faults when seismic areas are traversed. Eventual fault …

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 …

Vulnerability of subsea high pressure/high temperature (HP/HT) pipelines to seismic actions
is studied numerically. Unlike most of the existing researches on buried or trenched …

Buried pipelines are one of the critical lifeline structures, and recently, efforts have been
directed toward their probabilistic risk assessment. This paper explores the fragility analysis …

Buried pipelines crossing reverse faults is a common case in practice, while their
mechanical responses are not very clear. To analyze buried pipelines subjected to reverse …

Buried pipelines are crucial infrastructure that sometimes suffers from the adverse effects of
ground movements resulting from the earthquake. A pipe crossing strike-slip fault can …

The seismic response of a 2200-mm-diameter welded steel pipe at strike slip Kullar fault
crossing in Izmit, Kocaeli during 1999 Kocaeli earthquake is investigated. The pipe was …

Resilience of unburied high pressure/high temperature (HP/HT) pipelines with different
outside diameter-to-wall thickness (OD/t) ratios and subjected to the combined action of both …