In order to fulfil the goal to define a simple and reliable hardware and software procedure to evaluate noise during stone hand working using different tools, the noise emitted during different hand working actions has been measured for different ornamental stones. Interesting correlations have been found between selected tool (e.g.: sawing and polishing tools), stone characteristics (e.g.: micro-hardness) and noise level. The results obtained represent a first attempt to numerically formalize relationships related to such kind of actions in order to define new strategies directly acting on the tools, on the performed working actions or on the processing chain, for a full noise control.
NOISE CHARACTERIZATION IN ORNAMENTAL STONE INDUSTRY: APPLICATION TO DRY WORKING ACTIONS / Serranti, Silvia; Giancontieri, Vincenzo; Bonifazi, Giuseppe. - STAMPA. - 3:(2001), pp. 20-21. (Intervento presentato al convegno 17th International Congress on Acoustics tenutosi a Roma nel 2-7/09/01).
NOISE CHARACTERIZATION IN ORNAMENTAL STONE INDUSTRY: APPLICATION TO DRY WORKING ACTIONS
SERRANTI, Silvia;GIANCONTIERI, Vincenzo;BONIFAZI, Giuseppe
2001
Abstract
In order to fulfil the goal to define a simple and reliable hardware and software procedure to evaluate noise during stone hand working using different tools, the noise emitted during different hand working actions has been measured for different ornamental stones. Interesting correlations have been found between selected tool (e.g.: sawing and polishing tools), stone characteristics (e.g.: micro-hardness) and noise level. The results obtained represent a first attempt to numerically formalize relationships related to such kind of actions in order to define new strategies directly acting on the tools, on the performed working actions or on the processing chain, for a full noise control.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
