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 2020
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Number of items: 10.
Type: Patent
| 2020
| World Intellectual Property Organization
On the potential of a functionally graded acoustic black hole using multi-material additive manufacturing - Jordan Cheer and Stephen Daley
Type: Conference or Workshop Item
| 2020
Minimisation of the reflection coefficient in a beam using an active acoustic black hole - Kristian Hook, Jordan Cheer and Stephen Daley
Type: Conference or Workshop Item
| 2020
| Item availability restricted.
Feedback active control using an acoustic black hole - Kristian Hook, Stephen Daley and Jordan Cheer
Type: Conference or Workshop Item
| 2020
An experimental investigation into active structural acoustic cloaking of a flexible cylinder - Charlie House, Jordan Cheer and Stephen Daley
Type: Article
| 2020
An investigation into the effect of uncertainty on active acoustic cloaking - Charlie House, Jordan Cheer and Stephen Daley
Type: Conference or Workshop Item
| 2020
| Item availability restricted.
Active structural acoustic control using an experimentally identified radiation resistance matrix - Joseph Milton, Jordan Cheer and Steve Daley
Type: Article
| 2020
An adaptive electrodynamic metamaterial for robust absorption of vibration - Lawrence Singleton, Jordan Cheer and Stephen Daley
Type: Conference or Workshop Item
| 2020
| Katholieke Universiteit Leuven
Metaheuristic optimisation of an elastic metamaterial for robust vibration control - Lawrence Singleton, Jordan Cheer and Stephen Daley
Type: Article
| 2020
| Item availability restricted.
Practical realisation of an active acoustic metamaterial building block - Joe Tan, Jordan Cheer and Stephen Daley
Type: Article
| 2020
| Item availability restricted.