Items where Division is "Current Faculties > Faculty of Engineering and Physical Sciences > School of Engineering > Institute of Sound and Vibration Research > Intelligent Structures for Low Noise Environments
Institute of Sound and Vibration Research > Intelligent Structures for Low Noise Environments" and Year is 2022
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Number of items: 15.
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Realisation of acoustic black holes using multi-material additive manufacturing - Elizabeth Hannah Austin and Jordan Cheer
Type: Article
| 2022
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Control of vibration in a plate using active acoustic black holes - Kristian Hook, Jordan Cheer and Stephen Daley
Type: Article
| 2022
Active control of an acoustic black hole using a feedback strategy - Kristian Hook, Stephen Daley and Jordan Cheer
Type: Article
| 2022
Type: Conference or Workshop Item
| 2022
| Item availability restricted.
Sound radiation from a plate with embedded active acoustic black holes - Kristian E Hook, Jordan Cheer and Stephen Daley
Type: Conference or Workshop Item
| 2022
| Item availability restricted.
An experimental investigation into a dual taper acoustic black hole termination - Kristian E. Hook, Jordan Cheer and Angelis Karlos
Type: Article
| 2022
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Enhanced absorption with multiple quadratically tapered elastic wedges of different lengths terminating a uniform beam - Angelis Karlos, Kristian Hook and Jordan Cheer
Type: Article
| 2022
Type: Conference or Workshop Item
| 2022
| Item availability restricted.
Modified acoustic black hole profile for improved fatigue performance - Archie Keys and Jordan Cheer
Type: Conference or Workshop Item
| 2022
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Weighted pressure matching with windowed targets for personal sound zones - Vicent Molés-Cases, Stephen Elliott, Jordan Cheer, Gema Piñero and Alberto Gonzalez
Type: Article
| 2022
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Limitations of FxLMS in feedforward active vibration control of a nonlinear two degree of freedom system - Alexander Pike and Jordan Cheer
Type: Conference or Workshop Item
| 2022
| Item availability restricted.
Machine learning based plant identification of a nonlinear two-degree-of-freedom system for active vibration control - Alexander Pike and Jordan Cheer
Type: Conference or Workshop Item
| 2022
| Item availability restricted.
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A robust optimised shunted electrodynamic metamaterial for multi-mode vibration control - Lawrence Singleton, Jordan Cheer and Stephen Daley
Type: Article
| 2022
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Type: Conference or Workshop Item
| 2022
| Item availability restricted.
Realisation of nonreciprocal transmission and absorption using wave-based active noise control - Joe Tan, Jordan Cheer and Stephen Daley
Type: Article
| 2022