👉 The Completing Fluid, also known as the Completing Fluid or Completing Fluid Theory, is a concept in fluid mechanics that describes the behavior of fluids in systems where the flow is driven by pressure differences and the geometry of the system. It posits that in a closed system, the fluid will adjust its velocity and pressure distribution until it reaches a state where the pressure at any point equals the pressure at the outlet, effectively "completing" the flow path. This principle is crucial in understanding phenomena such as fluid flow through pipes, nozzles, and around objects, ensuring that the fluid reaches a stable equilibrium where further changes in velocity or pressure are minimized.
