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Virtual Acoustic Prototypes
What is a Virtual Acoustic Prototype?
. . . a computer representation of parts of a machine, e.g. a washing machine, fridge, lawnmower etc, such that the sound of the assembled machine can be heard, without it necessarily having to exist physically.
What are they used for?
Nowadays, designers of virtually all types of products can ill afford to ignore acoustics. In the field of domestic products, "low noise" has found its way to the top of the advertisers list of desirable features. Perhaps more strikingly, at least one major high-end supplier of automotive steering systems now places acoustics firmly at the top of their list of design priorities. One of the difficulties with acoustics is that the impression given by the sound of a product is subjective and cannot easily be quantified in the form of design targets. Visual designers get round this problem by 'mocking up' the design, for example by using computer visualisation tools. Virtual Acoustic Prototypes (VAPs) have been developed in order to provide an equivalent 'auralisation' tool. A Virtual Acoustic Prototype can be used to give an impression of the sound the assembled machine will make before it is built. The sound can be played to experts and non-experts.
What VAPs have been constructed?
Dr Andy Moorhouse has taken part in major projects in which VAPs for various machines and products have been developed:
- NABUCCO (EC funded, €4.5M, 2000-2003): Fridge, Washing machine, Air handling unit, Chiller, Telecommunications base station;
- CHARMS (EPSRC funded, £207k, 2003-2006): Tumble dryer, domestic boiler;
- LaMoNoV (Commercially funded, €1.5M, 2004-2006): large, medium and small lawnmowers
- Vehicle NVH (commercially funded PhD and MSc projects).
Where can I get more information?
Download papers on Virtual Acoustic Prototypes (zip file, 2.5Mb). Other papers are available on request that I am not able to post openly due to copyright.
Contact Prof. Andy Moorhouse
+44 (0) 161 295 5490
Andy Moorhouse profile