Read more about this research in two paper procedings [1] from 1998 and 1999, by Claus Lynge Christensen and Hans Torben Foged.
| « Previous [2] | Next » [3] |
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| Features | Benefits |
|---|---|
| Global reverberation time estimate | Very fast and accurate, takes into account the room geometry and the distribution of absorption materials and surface scattering |
| Calculation of sound pressure level in selected positions, octave bands and A-weighted | Useful for comparison with noise limits |
| Mapping of room acoustic parameters in grids | Overview of sound distribution; easy to localise hot spots |
| Calculation of spatial decay rate, DL2 | Used for evaluation of the acoustic attenuation with distance in a room |
| Calculated STI (Speech Transmission Index) | Used for evaluation of speech privacy in open plan spaces |
| Large sound sources can be modelled using lines, surfaces and boxes | Important for an accurate acoustic modelling of halls with large noise sources |
| Transmisson Loss of surfaces between rooms can be specified | Prediction of sound level in adjacent rooms |
Links:
[1] http://www.odeon.dk/%3Fq%3Dnode/37%2523Pap
[2] http://www.odeon.dk/industrial-noise#
[3] http://www.odeon.dk/industrial-noise#