👉 The tn fluid, or Taylor-Couette fluid, is a theoretical model used in fluid dynamics to study the behavior of a viscous fluid layer between two rotating cylinders. This model, proposed by John Taylor and later refined by others, describes a scenario where one cylinder rotates relative to the other, inducing a shear flow in the fluid between them. The tn fluid exhibits complex dynamics, including the formation of vortices and transitions between laminar and turbulent flow regimes, depending on the rotation rates and the fluid's viscosity. It serves as a fundamental framework for understanding more complex fluid flows in various scientific and engineering contexts, such as in the study of astrophysical disks and industrial processes involving rotating fluids.
