In a complex marine dynamics environment, the consideration of fluid-structure-seabed
interaction (FSSI) plays a vital role in reliably analyzing the dynamic response of marine …

Stability and safety of offshore wind turbines with mono-pile foundations, affected by
nonlinear wave effect and dynamic seabed response, are the primary concerns in offshore …

In this study, an integrated numerical model FSSI-CAS 2D (previously known as POROWSSI
2D) is developed for the problem of wave-elasto-plastic seabed-structure interactions, where …

Submarine pipeline is a type of important infrastructure in petroleum industry, used for
transporting crude oil or natural gas. Understanding of the dynamics characteristics under …

In this study, a mathematical integrated model is developed to investigate the wave-induced
slo** seabed response in the vicinity of breakwater. In the present model, the wave model …

It is widely known that submarine pipelines constructed in high seismic intensity zones are
vulnerable due to soil liquefaction under the attack of seismic waves. It is meaningful for …

Waves on the submerged slo** seabed tend to transform and even break, inducing
seabed response and exerting force on the shallowly-buried pipeline. In this study, a series …

In this study, taking the reclamation engineering in the South China Sea as the background,
several wave flume experiments (geometrical similarity scale is set as 1: 10) are performed …

The stability evaluation of artificial submarine slope under wave load is a primary concern in
the construction of offshore structures such as submarine pipelines and immersed tunnels …

A series of wave flume tests have been performed in this paper to investigate the responses
of clayey slo** seabed under wave actions, including the characteristics of wave shoaling …