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Non-reciprocal and Topological Wave Phenomena in Acoustics

For nearly two decades, the field of acoustic metamaterials (AMM) has investigated the potential for acoustic and elastic wave control through the design of sub-wavelength material structure. This Special Issue contains contributions focused on the emerging challenge in AMM to model, design, and experimentally verify the behavior of non-reciprocal acoustical media, i.e., materials that allow one to hear but not be heard. Contributions fall into one of two categories: i) periodic media that display non-reciprocal or symmetry-protected topological acoustic modes inspired by quantum mechanical analogues and ii) non-reciprocal acoustical media that break one or more assumptions of linear, time-invariance.

Guest Editors: Romain Fleury, Michael R. Haberman, Guoliang Huang, and Andrew N. Norris

Special Collection Image
Romain Fleury; Michael R. Haberman; Guoliang Huang; Andrew N. Norris
Andrew N. Norris; Pawel Packo
Curtis P. Wiederhold; Dimitrios L. Sounas; Andrea Alù
Benjamin M. Goldsberry; Samuel P. Wallen; Michael R. Haberman
Amir Darabi; Michael J. Leamy
M. A. Attarzadeh; S. Maleki; J. L. Crassidis; M. Nouh
Farzad Zangeneh-Nejad; Romain Fleury
Kees Wapenaar; Christian Reinicke
Alireza Mojahed; Oleg V. Gendelman; Alexander F. Vakakis
Shao-yong Huo; Jiu-jiu Chen; Lu-yang Feng; Hong-bo Huang
Heng Jiang; Meng Chen; Yu Liu; Tao Yang; Wenshuai Xu; Yihan Liu; Mangong Zhang; Yuren Wang
Yang Long; Jie Ren
Meng Chen; Wenshuai Xu; Yu Liu; Mangong Zhang; Dongliang Pei; Heng Jiang; Yuren Wang
M. Arif Hasan; Lazaro Calderin; Pierre Lucas; Keith Runge; Pierre A. Deymier
Yuanchen Deng; Minghui Lu; Yun Jing
Ramathasan Thevamaran; Richard Massey Branscomb; Eleana Makri; Paul Anzel; Demetrios Christodoulides; Tsampikos Kottos; Edwin L. Thomas
Qian Wu; Yangyang Chen; Guoliang Huang
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