# High-frequency parametric approximation of the Floquet-Bloch spectrum for anti-tetrachiral materials

@article{Bacigalupo2015HighfrequencyPA, title={High-frequency parametric approximation of the Floquet-Bloch spectrum for anti-tetrachiral materials}, author={Andrea Bacigalupo and Marco Lepidi}, journal={arXiv: Materials Science}, year={2015} }

## 23 Citations

Passive control of wave propagation in periodic anti-tetrachiral meta-materials

- Materials Science
- 2016

Periodic anti-tetrachiral materials are strongly characterized by a marked auxeticity,
the unusual and fascinating mechanical property mathematically expressed by negative values
of the Poisson’s…

Multi-parametric sensitivity analysis of the band structure for tetrachiral inertial metamaterials

- Physics, Materials Science
- 2017

PASSIVE CONTROL OFWAVE PROPAGATION IN PERIODIC ANTI-TETRACHIRALMETA-MATERIALS

Periodic anti-tetrachiral materials are strongly characterized by a marked auxeticity, the unusual and fascinating mechanical property mathematically expressed by negative values of the Poisson’s…

The generalized Floquet-Bloch spectrum for periodic thermodiffusive layered materials

- Computer Science, PhysicsInternational Journal of Mechanical Sciences
- 2021

Optimal design of low-frequency band gaps in anti-tetrachiral lattice meta-materials

- Physics, Materials Science
- 2016

Bloch wave filtering in tetrachiral materials via mechanical tuning

- PhysicsComposite Structures
- 2018

Workshop of the IRP Coss&Vita Advances in ELAstoDYNamics, NonLinear Mechanics and Stability of architected materials and structures

- 2021

Architected metamaterials yielding superior dynamic performances can be conceived by realizing local mechanisms of inertia amplification in the periodic microstructure [1]. A periodic cellular…

Optimal design of auxetic hexachiral metamaterials with local resonators

- Materials Science, Physics
- 2015

A parametric beam lattice model is formulated to analyse the propagation properties of elastic in-plane waves in an auxetic material based on a hexachiral topology of the periodic cell, equipped with…

Parametric design of the band structure for lattice materials

- Mathematics
- 2018

Lattice materials are often investigated to determine how small parameter variations in the periodic microstructrure can influence the elastic wave propagation. A general hierarchical scheme, based…

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