All Outputs (3)

Decomposed vibro-acoustic frequency response functions for the prediction of radiated sound (2023)
Thesis
Barton, L. (2023). Decomposed vibro-acoustic frequency response functions for the prediction of radiated sound. (Thesis). University of Salford

There are several methods employed to conduct analysis of vibrations in structures. These methods can be applied to various problems caused by vibrations, such as external noise, and also to monitor the behavior of the source or structure which is... Read More about Decomposed vibro-acoustic frequency response functions for the prediction of radiated sound.

Fast transfer path analysis using controlled electric motors as in-situ blocked force vibration sources (2021)
Thesis
Wienen, K. (2021). Fast transfer path analysis using controlled electric motors as in-situ blocked force vibration sources. (Thesis). University of Salford

Under certain driving and road conditions, steering manoeuvres may provoke audible noise inside the vehicle compartment induced by the electric power steering (EPS) system. Regarding noise, vibration and harshness (NVH), engineers require practical t... Read More about Fast transfer path analysis using controlled electric motors as in-situ blocked force vibration sources.

Characterisation of structure borne sound sources in-situ (2009)
Thesis
Elliott, A. S. Characterisation of structure borne sound sources in-situ. (Thesis). University of Salford

In theory it should be possible to characterise a vibration source's active and passive properties in an independent way which allows for structure borne sound to be predicted for a source in different installations. When pu... Read More about Characterisation of structure borne sound sources in-situ.