A multistable metamaterial enables discrete toggling of shear stiffness via configuration-dependent balance of bending and axial deformation in curved and support beams, tuned by slenderness or hinges and validated on 3D-printed prototypes.
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Toggling stiffness via multistability
A multistable metamaterial enables discrete toggling of shear stiffness via configuration-dependent balance of bending and axial deformation in curved and support beams, tuned by slenderness or hinges and validated on 3D-printed prototypes.