Wave and current-induced seabed liquefaction around marine structures is one of the
important causes leading to the structural instability. This paper conducts a literature review …

In the past 10 years, the offshore wind energy harvest industry has developed rapidly
worldwide. However, seismic waves would bring a great threat to the safety and stability of …

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 …

The offshore wind power industry has significantly contributed to the production of green
energy in China and Europe etc. and made significant contributions to the reduction of …

In-situ full-flow penetrometers (ie, the ball and T-bar) have shown great advantages and
promising applications in testing and evaluating the undrained shear strength of low …

Considerable efforts have been devoted to the topic of wave–seabed interactions in the last
two decades because of growing offshore activities. The existing studies have based on one …

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 …

The factors influencing pore pressure and the reason there was no residual liquefaction are
discussed. The effects of pore water pressure response are mainly determined by the …

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 …

Prediction of the wave-induced instability of seabed due to the build-up of pore water
pressure is essential for coastal engineers involved in the foundation design of marine …