With the increasing development and utilization of offshore oil and gas resources, seabed
instability around pipelines subjected to combined ocean wave and current loadings and …

In engineering practice, pipeline trenching has been adopted as one of effective protection
options. Most previous studies mainly focused on the prediction of the seabed response …

Wave-seabed-pipelines interaction is of critical importance in the design of submarine
pipelines. Previous studies mainly focus on investigating the characteristics of flow fields …

A reasonable evaluation of the vertical soil resistance to a buried pipeline is crucial for
upheaval buckling analyses. Under wave troughs, the effective stress in the seabed could …

With the increasing demand of transport construction in coastal areas, seabed instability
around tunnels subjected to ocean waves and protection of the tunnels are becoming …

Sandwich pipe (SP) is regarded as an ideal deep water oil and gas transportation solution
and has attached more and more attention attributed to its good structural resistance and …

The current practice for the pipe-soil interaction mainly focuses on the pipelines which are
buried in the level ground, and ocean waves are rarely considered. However, slo** …

The estimation of the wave-induced instantaneous liquefaction is particularly important for
the design of foundations of offshore structures. Regarding the occurrence of liquefaction in …

The response of seabed subject to wave loading and the corresponding impact on the
stability of offshore geotechnical facilities have attracted worldwide research attention. This …

Based on existing data of experimental studies of underground structure-soil interaction, a
condition for boundary interaction between the underground pipeline and soil was …