Dynamic Parameters Optimization for the Vibrating Sieve with Two Granular Material Sizing Units, Working in Resonance

摘要

This paper concerns the dynamics of a vibrating sieve for granular material, working in resonance, composed of two sizing units and driven by using an elastic controlling-rod. Based on specific hypothesis and technological requirements for the sieving of granular material, the computational relations for the main functional and constructive parameters of the vibrating sieve were established. Based on these theoretical considerations, a new vibrating sieve, working in resonance, has been proposed for granular material sizing.