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

Scour, or the localized loss of soil around the foundation, is a dominant factor contributing to
failure. Scour at bridge piers, columns of elevated buildings, and wind turbines with …

Bridge collapses, which are frequently caused by scouring or other hydraulic complexities,
have disastrous socioeconomically consequences. Accordingly, this paper offers clear water …

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 …

Scour-induced sediment erosion poses a significant threat to the safety and longevity of
infrastructure, including bridges, wind turbines, elevated buildings, and coastal …

Previous experimental research on utilizing pier modifications as countermeasures against
local scour has focused primarily on circular pier. It is of utmost importance to further …

The inherent scour process around the bridge piers needs to be considered and crucial to
ensure a sustainable and economical bridge design. The performance of any scour …

Monopile foundations, which account for more than 80% of offshore wind power support
structures, also face the challenges posed by scouring problems. This paper proposes a …

Scouring around bridge abutments is a crucial and complex process that sometimes may
lead to the failure of the bridge abutment. Therefore, in the present research, scouring …

In this study, experimental investigations of the flow pattern around an oblong pier (OP)
mounted on a rigid flat surface are carried out in a laboratory flume and the results are …