Type of course:
Digital learning, Path
Language:
EN
Duration:
1 hour, 55 minutes
Workload:
4 hours
Proficiency:
Intermediate
Target:
Professionals, Students
A mechanism is called compliant if it fulfills its function by bending and not by using hinges or springs.
Unlike traditional mechanisms, they have no friction or clearance between the parts, being usually monolithic mechanisms.
In this learning path, compliant mechanisms will be defined through examples and possible applications. The learner will also get into the various techniques for analyzing and synthesizing compliant mechanisms together with the production phase through additive manufacturing. Finally, an overview of those mechanical metamaterials useful for the creation of compliant mechanisms is proposed in the path, with a focus on auxetic materials and negative stiffness structures.
Learning outcomes
- At the end of the learning path the learner is able to examine an existing compliant mechanism and foresee its function.
- At the end of the learning path the learner is able to identify among a number of designs the ones that have a negative stiffness behaviour and defend the rationale behind that choice.
- At the end of the learning path the learner is able to investigate a compliant mechanism design task providing one or more design solutions.
LessonApplication of Compliant Mechanisms
Course Content
LessonDesign of Compliant Mechanisms: analysis technique
Course Content
LessonAdditive Manufacturing and Compliant Mechanism
Course Content
LessonDesign of Compliant Mechanisms: synthesis methods
Course Content
LessonCompliant Mechanism: Case Study
Course Content
LessonIntroduction to Mechanical Metamaterials
Course Content
LessonNegative Stiffness Structures: Introduction & Case Study
Course Content
LessonCompliant mechanisms: assessment 1
Course Content
LessonCompliant mechanisms: assessment 2
Course Content
Topics
Advanced Manufacturing, Digital Transformation, Additive Manufacturing, Mechanics, Simulation Tools
