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How can architecture improve the standing
- f sound in the designed environment?
SOUNDSCAPE FInAL reVIew As an interaction with the built - - PowerPoint PPT Presentation
SOUNDSCAPE FInAL reVIew As an interaction with the built - - PowerPoint PPT Presentation
How can architecture improve the standing of sound in the designed environment? Andrew Budke SOUNDSCAPE FInAL reVIew As an interaction with the built environment, the anticipated perception of sound can be used to guide and inform the
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“Tie echo of steps on a paved street has an emotional charge because the sound bouncing ofg the surrounding walls puts us in direct interaction with space; the sound measures space and makes its scale comprehensible. We stroke the edges of the space with our ears.” (pg. 31) “Tie timeless task of architecture is to create embodied existential metaphors that concretize and structure man’s being in the world.” (pg. 37) Juhani Pallasmaa
Holl, S., Pallasmaa, J., & Pêrez, G. A. (2006). Questions of Perception: Phenomenology of Architecture. San Francisco, CA: William Stout.
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“Architecture, like a giant, hollowed-
- ut sculpture, embeds those who
fjnd themselves within it ... But that embedding difgers between the aural and visual modalities because human activites produce sound but not light.” (pg. 16) “Although both [sound and light] have a frequency spectrum and amplitude intensity, time is central to sound but mostly irrelevant for vision.” (pg. 16) Barry Blesser
Blesser, B., & Salter, L.-R. (2007). Spaces speak, are you listening?: Experiencing aural architecture. Cambridge, Mass: MIT Press.
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TYPOLOGY
Acoustical Research Laboratory For the study of auditory spatial perception; that is, the perception of one’s surroundings through audition.
- I. Psychoacoustics
- II. Brain Imaging
Used by: researchers, subjects, administrators, grant writers, IRB compliance, support stafg
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Rochester Olmsted County Minnesota 2010 CENSUS: 106,769 MAJOR EMPLOYERS: Mayo Clinic - 32,000 IBM - 4,200
SITe
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MAJOR INDUSTRIES: Healthcare Medical Research Technology Agriculture Industrial Aggregate
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76 dB 46 dB n
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PrOGrAM
RESEARCH WORKSPACES 16 team workspaces 1 library LABORATORIES 12 headphone booths 4 EEG booths 1 MEG suite 1 fMRI suite 1 synthetic sound fjeld room 1 anechoic chamber ADMINISTRATION
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DOREA University of Minnesota
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deVeLOPMenT
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RESEARCH WORKSPACES 16 team workspaces 1 library LABORATORIES 12 headphone booths 4 EEG booths 1 MEG suite 1 fMRI suite 1 synthetic sound fjeld room 1 anechoic chamber ADMINISTRATION
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RESEARCH WORKSPACES 16 team workspaces 1 library LABORATORIES 12 headphone booths 4 EEG booths 1 MEG suite 1 fMRI suite 1 synthetic sound fjeld room 1 anechoic chamber ADMINISTRATION
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RESEARCH WORKSPACES 16 team workspaces 1 library LABORATORIES 12 headphone booths 4 EEG booths 1 MEG suite 1 fMRI suite 1 synthetic sound fjeld room 1 anechoic chamber ADMINISTRATION
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QueSTIOnS?
How can architecture improve the standing
- f sound in the designed environment?