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  • SSIC Panel Demonstration House: Phase I - First Design & Phase II - Second Design 
    Berg, Rudy; Briscoe, John; Brown, G. Z.; Elliot, Mike; Gay, Patrick; Kellett, Ronald; Mitchell, Bret; Pierce, Sam; Rapp, Richard; Wilson, Richa (Center for Housing Innovation, University of Oregon, 1994-12)
    The Demonstration House project seeks to show that a house built of Stressed Skin Insulating Core (SSIC) panel construction can provide equal energy performance, yet cost $2000 less than an "architecturally equivalent" ...
  • Cost Analysis for a Stressed Skin Insulating Core Panel Demonstration House, Springfield, Oregon 
    Aires, Kevin; Berg, Rudy; Brown, G. Z.; Kline, Jeff; Kumar, Pawan (Center for Housing Innovation, University of Oregon, 1995)
    This paper summarizes a detailed cost study performed to evaluate the first cost of the building system innovations in a stressed skin insulation core (SSIC) panel demonstration house built in Springfield, Oregon. The ...
  • Predicting Architects' Plan Preferences 
    Brown, G. Z.; Meacham, Matthew (Center for Housing Innovation, University of Oregon, 1995-03)
    This paper describes the logic testing for an expert system module that looks at an inprocess CAD drawing, identifies the plan type and recommends an alternative plan that is consistent with the designer's preferences, but ...
  • Energy Efficient Industrialized Housing Research Program: Summary FY 1994 Research Activities 
    Aires, Kevin; Berg, Rudy; Brown, G. Z.; Helou, Michele; Kline, Jeff; Kumar, Pawan; Larocque, Paul; Raney, Marie; Sekiguchi, Tomoko; Beal, David; Chandra, Subrato; Rudd, Armin; Armacost, Robert; Gawlik, Tom; Malek, Mag; Mullens, Mike; Rheborg, Mats (Center for Housing Innovation, University of Oregon, 1995-07)
    This report summarizes research results from March 1994 to February 1995 for the Energy Efficient Industrialized Housing Research Program.
  • On-Grade Insulated Panel Floor System Preliminary Report 
    Aires, Kevin; Berg, Rudy; Briscoe, John; Brown, G. Z.; Kline, Jeffrey; Larocque, Paul; Wang, Zhunqin (Center for Housing Innovation, University of Oregon, 1995-07)
    During 1993-94 the Energy Studies in Buildings Laboratory designed and subsequently performed energy testing and monitoring on a stressed skin insulated core (SSIC) panel Demonstration House built in Springfield, Oregon. ...
  • University Housing Thermal Testing Report 
    Brown, G. Z.; Kumar, Pawan; Larocque, Paul (Center for Housing Innovation, University of Oregon, 1995-09)
  • Stressed Skin Insulating Core Panel Demonstration House Phase III - Design Development and Construction 
    Berg, Rudy; Briscoe, John; Brown, G. Z.; Elliot, Mike; Gay, Patrick; Mitchell, Bret; Pearse, Richard; Pierce, Sam; Skilton, David; Wilson, Richa (Center for Housing Innovation, University of Oregon, 1995-11)
    The Stressed Skin Insulating Core Panel Demonstration House project seeks to show that a house built of Stressed Skin Insulated Core (SSIC) panel construction can provide equal energy performance, yet cost $2000 less than ...
  • Stressed Skin Insulating Core Panel Demonstration House Thermal Testing Report 
    Unknown author (Center for Housing Innovation, University of Oregon, 1995-12)
  • Impacts of climate change on the energy performance of buildings in the United States 
    Loveland, Joel; Brown, G. Z. (Center for Housing Innovation, University of Oregon, 1996)
    This study uses computer simulation techniques to assess the impacts of climate change on building energy demand. This analysis allows for the characterization of the potential for reducing the energy use of buildings ...
  • Design and Evaluation of Energy Efficient Modular Classroom Structures 
    Bernhard, Sarah; Brown, G. Z.; Briscoe, John; Kline, Jeff; Kumar, Pawan; Wang, Zhunqin; Rasmussen, Donald; Rasmussen, Kenneth; Stanard, James (Center for Housing Innovation, University of Oregon, 1996)
    The objective of our investigations was to develop innovations that would enable modular builders to improve the energy performance of their classrooms without increasing their first cost. The Modem Building Systems' classroom ...
  • Barriers to Increasing the Market Share of Wood-Framed Closed Panels 
    Brown, G. Z.; Larocque, Paul; Peffer, Therese (Center for Housing Innovation, University of Oregon, 1996-05)
    The University of Oregon completed diagnostic testing of six units of housing which used open and closed panels. Open panels are built with wood studs and shipped to the site with sheathing, and sometimes windows and ...
  • Energy Efficient Industrialized Housing Research Program: Summary FY 1995 Research Activities 
    Aires, Kevin; Berg, Rudy; Brown, G. Z.; Helou, Michele; Kline, Jeff; Kumar, Pawan; Larocque, Paul; Raney, Marie; Sekiguchi, Tomoko; Beal, David; Chandra, Subrato; Rudd, Armin; Armacost, Robert; Gawlik, Tom; Malek, Mag; Mullens, Mike; Rheborg, Mats (Center for Housing Innovation, University of Oregon, 1996-06)
    This report summarizes research results from March 1995 to February 1996 for the Energy Efficient Industrialized Housing Research Program.
  • Energy Efficient Industrialized Housing Research Program: Summary FY 1996 Research Activities 
    Bjornson, Dana; Brown, G. Z.; Dorsett, Erik; Kline, Jeff; Fremouw, Sean; Northcutt, Dale; Schneider, Marshall; Sloot, Marc; Raney, Marie; Sekiguchi, Tomoko; Beal, David; Chandra, Subrato; Downing, Andrew; Rudd, Armin; McIlvaine, Janet; Armacost, Robert; Gawlik, Tom; Malek, Mag; Mullens, Mike; Rheborg, Mats (Center for Housing Innovation, University of Oregon, 1996-06)
    This report summarizes research results from March 1996 to February 1997 for the Energy Efficient Industrialized Housing Research Program.
  • Architectural Response to Climatic Patterns 
    Brown, G. Z.; Novitski, B. J. (Center for Housing Innovation, University of Oregon, 1997)
    We have analysed several climates in terms of some basic recurring weather patterns, and then classified these patterns in terms of direct architectural response. This analysis allows the designer to organize and ...
  • Design and Evaluation of Energy-Efficient Modular Classroom Structures, Phase II 
    Brown, G. Z.; Bjornson, Dana; Briscoe, John; Fremouw, Sean; Kline, Jeff; Kumar, Pawan; Larocque, Paul; Northcutt, Dale; Wang, Zhunqin (Center for Housing Innovation, University of Oregon, 1997)
    We are developing innovations to enable modular builders to improve the energy performance of their classrooms with a minimum increase in first cost. The Modern Building Systems' (MBS) classroom building conforms to the ...
  • The Environmental Impact of Panelized Single Family Housing in the United States 
    Brown, G. Z.; Peffer, Therese (Center for Housing Innovation, University of Oregon, 1997)
    The construction of single family housing in the United States is growing increasingly industrialized with panelization emerging as the dominant form of industrialization. Will this trend mean that housing construction, ...
  • Energy Conserving Housing for the Federal University of Technology Yola, Nigeria 
    Brown, G. Z. (Center for Housing Innovation, University of Oregon, 1997-03-18)
    This study was part of a larger campus planning project for the new Federal University of Technology at Yola, Nigeria. Yola, a town of 100,000, is located in eastern Niqeria on the Benue River approximately 300 miles ...
  • On-Grade Panel Floor System Report #2 
    Bjornson, Dana; Briscoe, John; Brown, G. Z.; Dorsett, Eric; Kline, Jeff; Powell, Josh; Schneider, Marshall; Sloot, Marc; Wang, Zhunqin (Center for Housing Innovation, University of Oregon, 1997-09)
  • The Effect of Panelized Single Family Residential Construction on the Environment 
    Brown, G. Z.; Peffer, T. E. (Center for Housing Innovation, University of Oregon, 1997-12-18)
    The construction of single family housing in the U.S. is growing increasingly industrialized with panelization emerging as the dominant form of industrialization. Will this trend mean that housing construction, operation, ...
  • The Microclimates Around Free-Standing Buildings 
    Brown, G. Z.; Novitski, B. J. (Center for Housing Innovation, University of Oregon, 2011)
    This paper describes the methodology and results of a project to study the behavior of the sun and wind in creating more or less favorable microclimates around two suburban building types in two U.S. locations.

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