Storyboard

In a flow competes the inertia, which causes the masses to move without the effect of the surrounding masses, and the viscosity, which causes the masses to drag the surrounding masses.



If the viscosity is large, the correlation between the masses and the conformation of a laminar flow dominates. If the viscosity is low, the inertia dominates and the masses move without coordinating with the surrounding areas leading to areas that even form units that can rotate and move independently corresponding to the whirlpools.

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ID:(878, 'ky')

Description

In a flow competes the inertia, which causes the masses to move without the effect of the surrounding masses, and the viscosity, which causes the masses to drag the surrounding masses. If the viscosity is large, the correlation between the masses and the conformation of a laminar flow dominates. If the viscosity is low, the inertia dominates and the masses move without coordinating with the surrounding areas leading to areas that even form units that can rotate and move independently corresponding to the whirlpools.

ID:(878, 0)