Flexible Systems comprise a range of devices, mechanisms, and elements utilizing material deformation to achieve motion. Examples include compliant mechanisms, flexures, soft robots, and mechanical metamaterials, each with unique applications and advantages.
Compliant Mechanisms edit
A compliant mechanism transmits force and motion through elastic deformation rather than conventional rigid-body joints, often being monolithic or without distinct joints. Examples include everyday items like paper clips and specialized equipment in precision manufacturing"About Compliant Mechanisms". BYU Compliant Mechanisms Research Group. Retrieved April 7, 2024.</ref>.
Design and Applications edit
Design methods range from kinematic approaches to structural optimization, aiming to reduce weight, stress, and part count while ensuring precision and efficiency in motion transmission
Advantages and Disadvantages edit
Advantages include reduced part count, simplified manufacturing, and precise motion without wear. Challenges include complex analysis, non-linear deflection equations, and limitations in motion and force application[1].
See Also edit
References edit
- ^ "About Compliant Mechanisms". BYU Compliant Mechanisms Research Group. Retrieved April 7, 2024.
- Howell, Larry (2013). Handbook of Compliant Mechanisms. Chichester, West Sussex, United Kingdom. ISBN 9781119953456.
External Links edit
- [BYU Compliant Mechanisms Research Group](https://compliantmechanisms.byu.edu/about-compliant-mechanisms)