Yapay Zeka Hızlı Bakış & Çıkarımlar
AI InsightThe amplification factor increased as the micro-compliant force amplifier got closer to 0, but it decreased as the crank angle was further from 0.
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Özet
Compliant micromechanisms achieve high amplification of forces that can be used as a cutting force in micro- and nanofabrication. In the present study, we designed, simulated, and optimized a novel, simple micro-compliant system by SOI-MUMPs technology. The position and quasi-static analysis of a rigid body model were derived by MATLAB and simulated in ANSYS. It was found that an amplification factor of as much as 11.1 was achieved. The amplification factor increased as the micro-compliant force amplifier got closer to 0, but it decreased as the crank angle was further from 0.
Abstract
Compliant micromechanisms achieve high amplification of forces that can be used as a cutting force in micro- and nanofabrication. In the present study, we designed, simulated, and optimized a novel, simple micro-compliant system by SOI-MUMPs technology. The position and quasi-static analysis of a rigid body model were derived by MATLAB and simulated in ANSYS. It was found that an amplification factor of as much as 11.1 was achieved. The amplification factor increased as the micro-compliant force amplifier got closer to 0, but it decreased as the crank angle was further from 0.