👉 The Harbour Fluid is a theoretical model in fluid dynamics that describes the behavior of fluids in complex, confined environments, such as ports and harbors. It extends the Navier-Stokes equations to account for the unique challenges posed by these settings, including fluid-structure interactions, wave effects, and the presence of solid boundaries. This model incorporates additional terms to represent the influence of these factors on fluid flow, such as the effects of wave-induced forces and the interaction between the fluid and harbor structures like breakwaters and piers. By doing so, the Harbour Fluid provides a more accurate representation of fluid dynamics in ports and harbors, aiding in the design and optimization of maritime infrastructure.
