Acoustic metamaterials (AM) have emerged as an academic discipline within the last
decade. When used for sound insulation, metamaterials can show high transmission loss at …

Purpose Locally resonant metamaterials are engineered structures, typically comprising a
host structure with resonant structures added or included on a sub wavelength scale. Their …

Purpose To mitigate the low-frequency noise generated by vibrational equipment during
operation, this paper introduces a synthetic sound source structure called the dipole surface …

Vibroacoustic metamaterials (VAMM) have the potential to reduce unwanted noise
components in a very targeted and narrow-band frequency range. Many VAMM concepts …

With substantial progress in additive manufacturing (AM) technology in the recent years, AM
parts are on the verge of becoming an economical option for small series manufacturing and …

Vibroakustische Metamaterialien (VAMM) bieten die Möglichkeit, unerwünschte
Geräuschanteile sehr gezielt und schmalbandig zu reduzieren. Viele Konzepte basieren …

냉각 시스템의 팬에서 발생하는 고온의 유체는 통과하지만, 날개 통과 주파수 소음이 외부로
투과되는 것을 차단하는 음향 메타물질 패널을 설계하는 방법을 제안한다. 제안한 음향 …

Acoustic metamaterials (AM) have emerged as an academic discipline within the last
decade. Metamaterials can exhibit high transmission loss at low frequencies despite having …

Acoustic metamaterials (AM) have emerged as an academic discipline within the last
decade. Metamaterials can exhibit high transmission loss at low frequencies despite having …