As an environmentally friendly technology, the microbially induced calcite precipitation
(MICP) has been gradually applied for the seabed reinforcement. However, there are few …

In this study, the PORO-FSSI-FOAM model is applied to investigate the wave-induced
oscillatory soil response during the caisson installation, where the Reynolds averaged …

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 …

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

Instantaneous liquefaction can be induced by the upward seepage force while waves
propagating over a porous seabed. In this study, the instantaneous liquefaction within a non …

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 …

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 …

Multiple liquefaction events may occur if a seabed is subjected to repeated but intermittent
wave loadings. This study aimed to investigate the influence of the wave-loading history on …

_ 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 …

The nonlinear variation of wave is commonly seen in nearshore area, and the resulting
seabed response and liquefaction are of high concern to coastal engineers. In this study, an …