Due to the marine environment's complexity, optimising offshore foundations' design is still a
major focus of the scientific and industrial community, since foundations represent a large …

In recent years, the offshore wind power industry has developed rapidly all over the world in
response to the gradual depletion of fossil fuel energy sources and concerns over …

Understanding the pipeline scour mechanism under different conditions is essential for
protection measures. The computational fluid dynamics (CFD) and discrete element method …

This paper reviews the recent development of numerical modelling of local scour around
hydraulic and marine structures. The numerical models for simulating local scour are …

Coastal wave propagation and transformation are complicated due to the significant
variations of water depth and irregular coastlines, which are typically present at the …

Local scour around structures is an important hydraulic phenomenon that involves multiple
coupled physical processes, including turbulent flow, sediment transport, and the evolution …

Offshore pipelines are often suspended or partially-buried during operating process.
Understanding the scouring mechanism of the suspended and partially-buried pipelines is …

Scour prediction around artificial reefs (ARs) remains difficult because it depends on several
factors including particle size, flow velocity, and water depth. In this study, three-dimensional …

Coastal wave conditions are highly influenced by bathymetry variations and coastlines. The
Norwegian fjords present large gradients of bathymetry changes and irregular coastline …

The local scour around offshore pile foundations often seriously affects the normal operation
of offshore wind power. The most widely used numerical simulation method in the study of …