No abstract

Vertical vibratory conveyor has some advantages like simple configuration, less occupied, long conveying distance, less energy consumed. The configuration and force analysis of vertical vibratory conveyor are conducted. The model of system with considering the friction between the materials and the spiral conveying trough is developed. The numerical simulations are done and the dynamical responses curves are given. Suitable configuration parameters of vertical vibratory conveyor and parameters of materials can make it work normally.

For the horizontal vibration conveyor, the system dynamics is analyzed. Taking into account the effect of the properties of materials and interaction force between the particles on the conveying velocity of materials, introduces the general principle of DEM and the motion of particles in horizontal vibration conveyor is macro simulated and numerical simulated. The effects of amplitude, frequency and thickness of particles on the motion of particles are analyzed.