In the hydro-mechanical coupling analysis of multi-body contact systems, challenges arise
from the fluid flow at the interface and the over-constraint at the cross line, necessitating …

Previous flume observations on the response of pore pressure in the seabed induced by the
combined wave‐current were mainly limited to relatively deep‐water waves with …

Prediction of wave-induced instantaneous (oscillatory or momentary) liquefaction is
particularly important for the design of offshore foundations. Most previous studies applied …

Liquefaction and shear sliding (ie, slides) are common failure modes of cohesionless
seafloor under ocean waves. However, existing research has rarely focused on shear …

Progressive waves usually coexist with a steady current in coastal environments.
Superposing a following or opposite current onto the progressive waves could significantly …

In complex marine environments, the wave-induced instantaneous liquefaction of the
seabed is a key issue for the long-term safety control of marine structures. Existing …

By using the open-source software OpenFOAM and the grid generation tool the integrated
computer engineering and manufacturing code for computational fluid dynamics (ICEM …

This book treats the subject of porous flow and its applications in three engineering and
scientific problems. The first major part of the book is devoted to solute transport in …

Predicting the instability trajectory of an obliquely loaded pipeline on the seabed is vital for
the global buckling assessment. To numerically investigate the obliquely loaded pipe–soil …

_ Seabed stability around submarine pipelines under wave-plus-current loading is one of
the major issues in offshore projects. Unlike previous works that focused mainly on the …