2022 年 34 巻 2 号 p. 285-287
This study focuses on the mechanical contact between a soft body and the environment, referred to as soft contact. First, the soft contact between an object and a soft capacitive sensor was analyzed. We derived the stress-strain relationship of the dielectric in a soft capacitive sensor, where the sensor output depended on the force; however, it was independent of the contact area. Second, the soft contact between an elastic jumping robot and the environment was analyzed. We derived the local optimal shapes for higher jumping.
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