rotating fluid dynamics

Rotating fluid dynamics studies how fluids like water or air move when they are spinning or influenced by rotation. When a fluid rotates, forces such as the Coriolis effect cause it to form patterns like spirals, cyclones, or vortexes. These behaviors depend on factors like the rotation speed, fluid properties, and boundaries. Understanding this helps explain natural phenomena like weather systems, ocean currents, and industrial applications. Essentially, rotating fluid dynamics reveals how rotation influences fluid motion, leading to organized structures and flow patterns crucial in both nature and engineering.