A key component of renewable energy, offshore wind energy, is becoming increasingly
important in the transformation of the global energy system and heading in the direction of …

This study utilizes three-dimensional simulations to investigate scour in combined wave–
current flows around rectangular piles with various aspect ratios. The simulation model …

The offshore wind power industry has significantly contributed to the production of green
energy in China and Europe etc. and made significant contributions to the reduction of …

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 …

This paper presents an experimental study on scour at complex bridge piers exposed to
combined waves and current. Regular waves were produced with various strength and …

Monopile foundations are the most common foundation type for offshore wind turbines.
Local scour and scour protection around piles in the marine environment are major …

Scour around non-circular cylinders has seldom been studied before. This paper aims to
numerically investigate the flow behaviour and evolution of local scour around two single …

Monopile-supported offshore wind turbines (OWTs) inevitably undergo the coupled effects of
long-term cyclic loads and scour, resulting in cumulative deformation and the migration of …

The paper presents three dimensional simulations of scour around a pair of piles arranged
side-by-side configurations under combined wave–current flow conditions using a …

Scour has a significant effect on the seismic response of offshore structures. Compared to
monopiles, MBJFs are shallow foundations and scouring has a more detrimental effect on …