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Nevertheless, the generally used formulas for the reverberation radius have been used in any circumstance. However, these theories are only valid in perfectly diffused sound fields thus, only when the energy density is constant throughout a room. The currently used formulas to calculate the reverberation radius have been derived by the classic theories of Sabine or Eyring. The reverberation radius is the distance from a sound source at which the direct sound level equals the reflected sound level. Based on the acoustic simulation analysis, reverberation time was significantly correlated with two floor-plate shape metrics: visual fragmentation and relative grid distance.This paper discusses the concept of the reverberation radius, also known as critical distance, in rooms with non-uniformly distributed sound absorption. Overall, the findings suggest the potential effectiveness of acoustic simulation programs in predicting the temporal characteristics of reverberant sound environments in inter-connected hospital corridors. The main goal of this study was to statistically examine the relationship between floor-plate shape and temporal characteristics of reverberant sound environments in inter-connected nursing unit corridors by conducting floor-plate shape analysis, acoustic simulation studies and field measurements. However, little is known about the relationship between floor-plate shapes and temporal characteristics of reverberant corridor sound environments. In previous studies, the effects of surface materials on temporal characteristics of reverberant corridor sound environments have been studied. Particular acoustic characteristics of hospital sound environments such as reverberation time can be highly detrimental to nurses’ sound-based task performance. During these times, lack of proper monitoring of auditory cues can potentially delay nurse response time and disable early detection of complications. Nurses do not always have visual access to their patients in hospital corridors.
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