👉 The Frame Fluid is a theoretical model used in fluid dynamics to describe the behavior of fluids under various conditions, particularly in scenarios where traditional Navier-Stokes equations become too complex or computationally intensive. Introduced by Frank H. Frames, this concept posits that fluids can be represented as a network of interconnected "frames" or elements, each carrying specific properties like velocity and pressure. These frames interact according to a set of rules that mimic the conservation laws governing fluid motion, allowing for the simulation of complex fluid behaviors such as turbulence and multiphase flows. By abstracting fluids into these discrete elements, the Frame Fluid simplifies the mathematical treatment of fluid dynamics while maintaining accuracy, making it a valuable tool in computational fluid dynamics and engineering applications.
