A coupled electromechanical model is developed for a previously reported suspended double-mass vibratory lapping-polishing machine driven by six sequentially activated solenoids. The model combines the planar motion of the lap and carrier, elastic and dissipative forces, regularized dry-viscous contact friction, soleno...
V. Korendiy, V. Zakharov, O. Kachur et al.· Vibroengineering PROCEDIA· 0 citations
Rectilinear locomotion of a semidefinite vibration-driven system on an inclined surface is studied using a one-coordinate stick-slip model and a physical prototype. The chassis and rotating assembly are treated as separate rigid bodies. General force balances retain angular-acceleration terms, and the rotor equation...
V. Korendiy, Maksym-Pavlo Zelinskyi, R. Predko et al.· Vibroengineering PROCEDIA· 0 citations
Problem statement. Existing research on multi-module vibration-driven robots primarily focuses on maximizing locomotion speed by assuming ideal kinematic excitation. However, the inverse dynamic effect – the influence of the platforms’ vibrations on the driving torques of the unbalanced rotors – is often neglected. Thi...
V. Korendiy, Maksym-Pavlo Zelinskyi, Taras Vilchynskyi et al.· Ukrainian Journal of Mechani...· 0 citations
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