Vibrational Mechanics

Continious process of material treatment occurs in closed channel between two walls oscillating in anti-phase regime and moving along elliptical trajectories.

Exposure of the separator feed to intense vibration at the separator inlet eliminates the negative effects of adhesive interaction forces between finely divided particles on the process. The results include higher concentrate grades and improved recoveries.

At a certain point when increasing the oscillation frequency of a vessel filled with liquid, a heavy rigid ball gets suspended and “freezes” at a distance from the bottom; at a higher frequency, the ball rises to the surface.

The video shows operation of an experimental prototype separator designed for particle sizing. The separator is based on the use of the phenomenon of vibrational gradient segregation of granular materials.

If a vibrating vessel holding liquid has holes in its bottom or side wall, gas is sucked in, forming a series of bubbles. In this case, the liquid outflow is in the form of drops. Vibrational injection of liquid into liquid is also possible.

Two tubes are immersed in a vessel holding sand and are similar except that the end of one of the tubes is bent. The top and bottom ends of the tubes are open. 1. The tubes are empty. When the vessel vibrates, the bent tube is filled with sand, i.e.

In this case, the difference from the classical pendulum with a vibrating suspension axis of (the Stephenson–Kapitza pendulum) is that the pendulum bob may move along the rod.

The Indian rope trick effect is when a vibrating soft rope, with its one end fixed, takes a stable vertical position and maintains it at any deviation.

1.Universal Vibration Stand The stand has unique capabilities for the implementation of various types of test table oscillations.