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  4. Envelope as climate negotiator: evaluating adaptive building envelope's capacity to moderate indoor climate and energy
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Envelope as climate negotiator: evaluating adaptive building envelope's capacity to moderate indoor climate and energy

Full metadata

Title
Envelope as climate negotiator: evaluating adaptive building envelope's capacity to moderate indoor climate and energy
Description
Through manipulation of adaptable opportunities available within a given environment, individuals become active participants in managing personal comfort requirements, by exercising control over their comfort without the assistance of mechanical heating and cooling systems. Similarly, continuous manipulation of a building skin's form, insulation, porosity, and transmissivity qualities exerts control over the energy exchanged between indoor and outdoor environments. This research uses four adaptive response variables in a modified software algorithm to explore an adaptive building skin's potential in reacting to environmental stimuli with the purpose of minimizing energy use without sacrificing occupant comfort. Results illustrate that significant energy savings can be realized with adaptive envelopes over static building envelopes even under extreme summer and winter climate conditions; that the magnitude of these savings are dependent on climate and orientation; and that occupant thermal comfort can be improved consistently over comfort levels achieved by optimized static building envelopes. The resulting adaptive envelope's unique climate-specific behavior could inform designers in creating an intelligent kinetic aesthetic that helps facilitate adaptability and resiliency in architecture.
Date Created
2013
Contributors
  • Erickson, James (Author)
  • Bryan, Harvey (Thesis advisor)
  • Addison, Marlin (Committee member)
  • Kroelinger, Michael D. (Committee member)
  • Reddy, T. Agami (Committee member)
  • Arizona State University (Publisher)
Topical Subject
  • Architecture
  • energy
  • Sustainability
  • Adaptive Envelope
  • Adaptive Response
  • Dynamic Architecture
  • Occupant Comfort
  • Sustainable buildings
  • Building--Energy conservation.
  • Building
  • Buildings--Environmental engineering.
Resource Type
Text
Genre
Doctoral Dissertation
Academic theses
Extent
xvi, 183 p. : ill. (some col.)
Language
eng
Copyright Statement
In Copyright
Reuse Permissions
All Rights Reserved
Primary Member of
ASU Electronic Theses and Dissertations
Peer-reviewed
No
Open Access
No
Handle
https://hdl.handle.net/2286/R.I.18091
Statement of Responsibility
by James Erickson
Description Source
Viewed on Jan. 2, 2014
Level of coding
full
System Created
  • 2013-07-12 06:29:15
System Modified
  • 2021-08-30 01:39:25
  •     
  • 2 years 3 months ago
Additional Formats
  • OAI Dublin Core
  • MODS XML

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