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<p>Plate lattices exploit planar elements that achieve near-optimal isotropic mechanical properties and yet other physical properties. The introduction of customizable perforations enables Helmholtz resonance for superior acoustic properties and tuneable flow properties, while closed cells provide high thermal resistance. Hybrid plate lattices further create broadband vibration bandgaps from regions of high and low masses. These combined advantages establish plate lattices as uniquely multifunctional solutions for advanced engineering applications.</p>

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Plate lattices: advanced architectures for multifunctionality

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年1月13日

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  • Xinwei Li,
  • Zhendong Li,
  • Miao Zhao,
  • Zhonggang Wang,
  • Wei Zhai

摘要

Plate lattices exploit planar elements that achieve near-optimal isotropic mechanical properties and yet other physical properties. The introduction of customizable perforations enables Helmholtz resonance for superior acoustic properties and tuneable flow properties, while closed cells provide high thermal resistance. Hybrid plate lattices further create broadband vibration bandgaps from regions of high and low masses. These combined advantages establish plate lattices as uniquely multifunctional solutions for advanced engineering applications.