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We reveal how topology in Maxwell lattices can control material fracture, turning damage into a design feature. This approach enables predictable material failure and enhanced fracture energy for robust material design.

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Area of Science:

  • Mechanical Engineering
  • Materials Science
  • Physics

Background:

  • Fracture in materials is typically viewed as degradation.
  • Maxwell lattices exhibit complex mechanical responses.
  • Understanding and controlling material failure is crucial for engineering applications.

Purpose of the Study:

  • To establish a novel relationship between topology and damage propagation in Maxwell lattices.
  • To reframe fracture as a controllable design element.
  • To explore topology-driven phenomena for designing robust materials.

Main Methods:

  • Investigating topologically protected modes in Maxwell lattices.
  • Utilizing numerical simulations to model mechanical responses.
  • Conducting experimental validation of theoretical findings.

Main Results:

  • Topologically protected modes localize along lattice discontinuities.
  • These modes govern the mechanical response and stress distribution.
  • Controlled damage can be triggered by engineering microstructure.

Conclusions:

  • Topology can be leveraged to control fracture in Maxwell lattices.
  • This approach offers a new framework for designing materials with enhanced fracture energy.
  • Findings open new avenues for topology-driven mechanical systems design.