A ship in motion generates a complex wave field consisting of several superimposed wave
systems. The relevance of the wave systems' components varies, depending on individual …

Predicting hydrodynamic forces from ship waves along a waterway is essential for managing
a sustainable shoreline in fairways. In this context, a numerical model can be a useful tool …

Ship wakes generated in relatively shallow estuaries are subjected to complex dynamic
processes such as nonlinear wave evolution and wave–wave interaction. Identifying ship …

Ship-induced waves are an increasingly relevant hydrodynamic forcing factor in waterways
travelled by large seagoing ships. The discrepancy between the small-scale wave-structure …

This work deals with the linear surface waves generated by a vessel advancing at a constant
forward speed. These waves, known as ship waves, appear stationary to an observer on the …

The existence of coastal ecosystems depends on their ability to gain sediment and keep
pace with sea level rise. Similar to other coastal areas, Northeast Florida (United States) is …

Long-period ship-generated loads have become design-relevant in many shallow and
confined waterways. Numerical methods based on depth-averaged equations have …

River training structures, such as groynes or spur-dikes, are subject to intensifying ship-
induced loads, owing to increasing ship dimensions and traffic density on waterways. In …

Oyster reefs near estuarine channels have experienced substantial mortality over the last
decades, primarily due to bank erosion, potentially exacerbated by boat activity. Using aerial …

The ship-generated waves in restricted waterways can influence the behavior of sediment
resuspension and bank erosion. This paper explores the case study considering the effect of …