In order to prevent the future risk of soil and structural failures for the offshore foundations, it
is essential to evaluate the seabed soil behaviors in the vicinity of the foundation under …

With the operation of offshore oil & gas fields, offshore pipeline has been widely used in
offshore engineering. So far, most studies have focused on exploring the seabed responses …

A better understanding of the phenomenon of wave–seabed-structure interactions is
essential for the evaluation of the liquefaction of seabed foundation under dynamic loading …

The subject of the wave–seabed–structure interaction is important for geotechnical and
coastal engineering regarding stability analysis of foundations for offshore structures. Most …

Wave-induced liquefaction in a porous seabed around submarine pipeline may cause
catastrophic consequences such as large horizontal displacements of pipelines on the …

The evaluation of the wave-induced pore pressure around a buried pipeline is particularly
important for pipeline engineers involved in the design of offshore pipelines. Most previous …

In this paper, a two-dimensional integrated numerical model is developed to examine the
influences of cross-anisotropic soil behaviour on the wave-induced residual liquefaction in …

The evaluation of wave-induced pore pressures and effective stresses in a poroelastic
seabed is important for coastal and ocean engineers in the design of marine structures. Most …

Subsea pipelines are commonly used for transportation of hot hydrocarbons from offshore
sites. The temperature difference between the hot pipeline and the cold seabed induces …

The structural design of offshore wind turbines is based on the consideration of coupled
dynamic phenomena. Wave loads cause the dynamic oscillation of the monopile, and the …