Many examples of multi-stable shell structures have been recently proposed with the underlying hypothesis of the shell being completely free on its boundary. We describe a class of shallow shells which are bistable after one of their sides is completely clamped. This result, which has relevant technological implications, is achieved by a suitable design of the initial, stress-free, shape
AbstractThe multistability of composite thin structures has shown potential for morphing application...
Recent advances in active soft structures envision the large deformations resulting from mechanical ...
International audienceMain objects of considerations are linear-elastic thin shallow shells with a t...
Many examples of multi-stable shell structures have been recently proposed with the underlying hypot...
Multistable shells are thin-walled structures that have more than one stable state of self-stress. ...
Multistable shells have been recently proposed as an effective solution to design morphing structure...
We investigate stabilizing and eschewing factors on bistability in polar-orthotropic shells in order...
Multistable shells are structures that have more than one stable state of self-stress. We demonstrat...
Elastic structures that can deflect without springback, known as neutrally stable structures, form a...
International audienceA shell can have multiple stable equilibria either if its initial curvature is...
AbstractMorphing shells are nonlinear structures that have the ability to change shape and adopt mul...
The paper presents an analysis of the stress-strain state of shallow shell structures of double curv...
Elastic neutral stability in compliant mechanisms is a remarkable appearance since it requires the e...
Bistable shells can reversibly change between two stable configurations with very little energetic i...
The bistability of embedded elements provides a natural route through which to introduce reprogramma...
AbstractThe multistability of composite thin structures has shown potential for morphing application...
Recent advances in active soft structures envision the large deformations resulting from mechanical ...
International audienceMain objects of considerations are linear-elastic thin shallow shells with a t...
Many examples of multi-stable shell structures have been recently proposed with the underlying hypot...
Multistable shells are thin-walled structures that have more than one stable state of self-stress. ...
Multistable shells have been recently proposed as an effective solution to design morphing structure...
We investigate stabilizing and eschewing factors on bistability in polar-orthotropic shells in order...
Multistable shells are structures that have more than one stable state of self-stress. We demonstrat...
Elastic structures that can deflect without springback, known as neutrally stable structures, form a...
International audienceA shell can have multiple stable equilibria either if its initial curvature is...
AbstractMorphing shells are nonlinear structures that have the ability to change shape and adopt mul...
The paper presents an analysis of the stress-strain state of shallow shell structures of double curv...
Elastic neutral stability in compliant mechanisms is a remarkable appearance since it requires the e...
Bistable shells can reversibly change between two stable configurations with very little energetic i...
The bistability of embedded elements provides a natural route through which to introduce reprogramma...
AbstractThe multistability of composite thin structures has shown potential for morphing application...
Recent advances in active soft structures envision the large deformations resulting from mechanical ...
International audienceMain objects of considerations are linear-elastic thin shallow shells with a t...