Three-Dimensional Phase Flows during Mass Transfer of Liquids in Machines with Self-Exciting Two-Rotor Vibrational Drives

A new method is proposed for activating the vibrojet mixing of heterogeneous components in computer-controlled machines that include a two-rotor vibrational drive with kinematic self-excitation of vibration. Simulation of the phase flows in FlowVision software indicates that the two-rotor vibrational mixer is more effective than a single-rotor system. The velocities of the phase flows are determined, and their topological pattern in mixing is presented.