The safe operation of pipelines transporting natural gas is crucial to meet the energy
demands of modern societies, but geohazards pose significant challenges to their integrity …

To mitigate the seismic damage of the fault-crossing tunnel, this paper researches the scope
influenced by the fault and proposes a setting method of the segmental lining. It is concluded …

The footing-on-slope system is very complicated since it is governed, in part, by both the
bearing capacity and slope stability. The material point method (MPM), which is specifically …

The multi-directional, spatially variable earthquake motion is a primary cause of pipeline
damage during earthquakes. A comprehensive finite element model considering soil …

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 pipeline response to shallow translational landslides is investigated using
semianalytical and numerical methods. The orthogonality of a pipeline and the landslide …

Prefabricated utility tunnels have drawn much attention in relation to rapid urban
development. On this, how to maintain the integrity of an underground lifeline, which is …

Buried pipelines crossing active faults are exposed to excessive soil forces under fault
movements due to large relative movement between pipes and the soil surrounding them …

Seismic fault displacement is the main factor leading to local buckling failure of the buried
pipeline, especially crossing the oblique-reverse fault. The local buckling behavior of the …

This paper investigates the feasibility of a proposed underground gas storage facility. Based
on S gas storage, a large-scale 2D hydromechanical coupling FEA model is established to …