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© Advances in Acoustics and Vibration Volume 2012 (2012) © Campaners de la Catedral de València (2025) campaners@hotmail.com Updating: 18-01-2025 |
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Church bell ringing as practised in the UK involves large-amplitude motions of both bell and clapper. A simulation model is developed and validated against experimental measurements. It is shown that the clapper does not hit the bell with a single impact but a long series of bounces, and this has important consequences for the decay profile of the bell vibration. Information relevant to bell-ringers and bell-hangers is collected in a series of design charts derived from the simulation model. These charts can assist in the diagnosis and correction of faults. Arising from the analysis of the bouncing clapper, a more general result is also presented relating to the frequency bandwidth when any structure is excited by a small bouncing impactor, for example an impulse hammer used in vibration testing.
HALL; KING; MCCLEHAHAN; RENE; SMITH; WOODHOUSE
Advances in Acoustics and Vibration Volume 2012 (30-11-2012)
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© Advances in Acoustics and Vibration Volume 2012 (2012) © Campaners de la Catedral de València (2025) campaners@hotmail.com Updating: 18-01-2025 |
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