Our research covers the vibration behaviour of structures and the resulting sound radiation. We deal with vibration over a very wide range of frequencies from a few Hz up to ultrasonic frequencies in the MHz region. We have a particular emphasis on audio frequency applications including the radiation of sound from structural vibration.
Our activities in structural dynamics and vibro-acoustics extend from fundamental theoretical studies, through the development of numerical tools and experimental measurement techniques to specific engineering applications. These applications include road, rail, aerospace and marine vehicles and structures, buildings, machinery and humans. We have a strong interest in ground vibration from trains as well as the detection of underground objects and pipe vibration.
Our theoretical approaches include:
Our experimental facilities include extensive vibration measurement equipment (shakers, accelerometers, instrumented hammers, laser vibrometers)
Our research covers many methods for controlling vibration including
We maintain a well-equipped general purpose vibration testing laboratory which is used extensively for research, teaching and enterprise activities. The lab can accommodate large built-up structures such as a full automotive vehicle and is equipped to test over frequencies of a few Hz to MHz.
Equipment includes:
| Related Projects | Status | Type |
|---|---|---|
| Mapping the Underworld | Dormant | Other |
| Smart MRE Materials and Structures for Adaptive Vibration Control | Active | Other |