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 …

Polyethylene (PE) pipelines are the most popular kinds of urban gas pipelines used in
industry. With rapid development of urban pavement construction and increasing demand of …

This paper proposes using geofoam blocks to improve the safety of buried steel pipelines
under permanent ground deformation due to strike-slip fault rupture. Since these geofoam …

Fault rupture is one of the main hazards for buried continuous pipes, and it has frequently
been investigated experimentally in recent decades. In this study, to explore and model the …

The pipelines are vulnerable to fault deformation. Acknowledging the responses of pipelines
subjected to faulting is a major concern when designing pipelines within the fault zone. In …

Nonlinear structural response of buried continuous pipeline undergoing strike-slip fault
rupture, ie, where soil masses get displaced in the horizontal plane along a fault line, is …

The rapid development of offshore oil and gas resources in recent years has led to a steadily
growing importance of the safety of offshore pipelines. Active faults are some of the main …

This paper studies the influence of burial depth on slope response and pipe performance
under earthquake induced landslide. Three physical models are constructed and tested …

Oil and gas buried steel pipelines are vulnerable to permanent ground displacements, such
as those resulting from tectonic fault activation. The dominant failure mechanism is strongly …

Onshore high-pressure gas pipelines constitute critical infrastructure that usually cross
seismic-prone regions and are vulnerable to Permanent Ground Deformations (PGDs) due …