👉 The Latitude Fluid is a concept within the field of computational fluid dynamics (CFD) and specifically refers to a method for modeling the free-surface dynamics of fluids, such as water or air, where the interface between the fluid and the surrounding medium is not fixed but can move freely. This approach is particularly useful in scenarios involving waves, splashes, and other free-surface phenomena where traditional methods struggle due to the complexity of accurately capturing the dynamic interaction between the fluid and its environment. By treating the free surface as a continuous, deformable entity rather than a rigid boundary, the Latitude Fluid allows for more realistic simulations of fluid behavior in various applications, including oceanography, aerospace engineering, and environmental studies. This method enhances the accuracy of predictions related to fluid flow, pressure distribution, and energy dissipation in free-surface situations.
