Typically ocurring at Reynolds numbers of over 4000, for ten points, identify this chaotic flow regime, the opposite of laminar flow.
The austausch coefficient gives the proportionality between the rate of transport of a component in this process and that component's gradient's rate of transport. Its Lagrangian form involves solving the biharmonic equation, and Kolmogorov proposed that during this process, the velocity difference between two points scales as the distance between them to the one-third power. This term characterizes the behaviour in an area known as the "corner region." A "wake" form of it, also known as jetwash, is responsible for wingtip vortices, and the Froude number helps determine its onset in open channels. Typically ocurring at Reynolds numbers of over 4000, for ten points, identify this chaotic flow regime, the opposite of laminar flow.
The austausch coefficient gives the proportionality between the rate of transport of a component in this process and that component's gradient's rate of transport.
turbulent flow or turbulence