Study on broad flexural wave bandgaps of piezoelectric phononic crystal plates for the vibration and noise attenuation
S Zuo, P Liu, X Wu, Q Zhang, Y Kong, D Zhou - Thin-Walled Structures, 2022 - Elsevier
This paper explores a new approach to reducing the interior noise of one vehicle body
through the flexural wave bandgap. The phononic crystal is designed by attaching the …
through the flexural wave bandgap. The phononic crystal is designed by attaching the …
Low frequency tyre noise mitigation in a vehicle using metal 3D printed resonant metamaterials
L Sangiuliano, B Reff, J Palandri… - … Systems and Signal …, 2022 - Elsevier
A novel resonant metamaterial solution is designed and applied to a vehicle in order to
reduce the structure-borne noise in the interior compartment due to the first acoustic tyre …
reduce the structure-borne noise in the interior compartment due to the first acoustic tyre …
[PDF][PDF] Milestone M7 Review and results validation on all cabin noise control system–decision on integration strategy WP2–Noise reduction in vehicle and aircraft …
A Hense, M Ahi, C Liang, CK Lai - in-nova-horizon.eu
The IN-NOVA project is dedicated to develop and provide knowledge and solutions in the
field of noise reduction. Specifically, it aims to develop innovative and effective methods of …
field of noise reduction. Specifically, it aims to develop innovative and effective methods of …