The study of particle migration in porous media under cyclic loading is the key to understand
the mechanism of mud pum** hazard in railway embankments. This paper presents a …

Scattering problem of a submerged bottom-mounted compound porous cylinder located on
a porous sea-bed is theoretically investigated under the assumption of linear potential flow …

The problem of local scour around a submarine pipeline is vital for oil and gas projects.
Conventional scour models around pipeline practically include the flow and sediment …

Recently, behavior of large-diameter mono-pile foundations for offshore wind turbines under
long-term cyclic wave loading has attracted great attentions from coastal engineers. In this …

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 …

This paper presents the results of an experimental study of wave-induced pore pressures in
marine sediments. A one-dimensional facility was set up with a vertical cylinder, and a 1.8 m …

The instability of the seabed poses a threat to the structural integrity and functionality of
submarine pipelines. This numerical study investigates wave-induced responses in a …

Abstract An integrated Finite Element Method (FEM) model is proposed to investigate the
dynamic seabed response for several specific pipeline layouts and to simulate the pipeline …

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 …

Liquefaction poses a potential threat to the safety of subsea tunnel during the earthquake. In
the ocean environment, wave pressure is considered as a normal loading applied at the …