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This paper presents a technical solution for bearings that combines axial sustentation and radial coupling, for the transmission of rotary motion, which is using permanents only assembled in a unique system. The ensemble is equipped to measure forces, torques, and displacements, and it may be equipped with different inertial masses. Mathematical modeling and numerical simulation are used in the design...
This paper presents a bending-mode cantilever actuator (CA) concept for optical devices. Two designs are analyzed in stationary working conditions through numerical simulations, and their deformations under the action of electrodynamic body forces are evaluated. The modal structural analysis and the lumped, electric circuit parameters are also provided. These results may be of interest in the design...
Micro electromechanical systems (MEMS) are complex devices that consist of structural parts, magnetic materials, and electric coils that interact. Their fabrication relies on complex and expensive technologies therefore accurate design solutions that utilize mathematical modeling and numerical simulations. This paper presents a MEMS bending-mode cantilever microactuator (BCM). Two design solution...
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