Abstract

Recently, we have shown that kirigami’s high extensibility emerges as a result of the transition in its deformation modes and that the transition observed through the force-elongation curve can be ...

Highlights

  • We have shown that kirigami’s high extensibility emerges as a result of the transition in its deformation modes and that the transition observed through the force-elongation curve can be discontinuous

  • We further show that this expression well accounts for our experimental results

  • We extend our previous model to recover the discontinuity in the transition, deriving an expression for quantifying the force drop at the transition

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Summary

Introduction

We have shown that kirigami’s high extensibility emerges as a result of the transition in its deformation modes and that the transition observed through the force-elongation curve can be discontinuous. SHORT NOTE Discontinuity in the In-plane to Out-of-plane Transition of Kirigami Midori Isobe and Ko Okumura J. Discontinuity in the In-plane to Out-of-plane Transition of Kirigami

Results
Conclusion

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