Results and Resources
The Green Building Research Laboratory houses extensive facilities for both fundamental research and applied measurements in support of the green building industry (see facilities page). The GBRL also creates and disseminates reports and software for use in green building research and practice. This page will host these resources and provide links as appropriate to external sources for useful information on selected topics.
Selected Research Publications:
- Sailor. D.J. and B. Bass, 2014. “Green Roof Energy Calculator”, Journal of Living Architecture 3, 1-24.
- Sailor, D.J., 2014. “Risks of Summertime Extreme Thermal Conditions in Buildings as a Result of Climate Change and Exacerbation of Urban Heat Islands,” Building and Environment, 78, 81-88.
- Sage-Lauck, J. and D.J. Sailor, 2014. “Evaluation of Phase Change Materials for Improving Thermal Comfort in a Super-Insulated Residential Building,” Energy and Buildings, 79, 32-40.
- Norvell, C., Dusicka, P., and D.J. Sailor., 2013. “The effect of microencapsulated phase-change material on the compressive strength of structural concrete, J. Green Building, 8 (3), 116-124.Sailor, D.J., J. Lauck, and S. Rodriguez, 2013. “In Situ Evaluation of vanguard technologies for high performance residential buildings,” Paper (peer-reviewed): HT2013-17528. Proceedings of the ASME 2013 Summer Heat Transfer Conference, July 14-19, 2013, Minneapolis.
- Moody, S.S., and D.J. Sailor, 2013. “Development and Application of a Building Energy Performance Metric for Green Roof Systems,” Energy and Buildings, 60, 262-269.
A Green Roof Energy Calculator has been developed for the USGBC. See CALCULATOR
In a prior study (~2003-2005) for the US EPA we created the Urban Heat Island Mitigation Impact Screening Tool -- MIST. We are in the early stages of planning an update to this tool which will better integrate regional (mesoscale) and neighborhood/canopy scale phenomena (stay tuned). The original MIST tool has been taken off-line (July 2014) since the assumptions and modeling methods were outdated. We remain optimistic that we will secure the necessary resources in the near future to create and publish MIST 2.0.
Urban morphology and surface properties play an important role in the formation of the urban heat island. This time-lapse image of downtown Portland illustrates the diurnal evolution of building envelope surface temperatures.
The Green Building Research Laboratory has been supported with funds from the PSU Center for Sustainable Processes and Practices and from Oregon BEST. The GBRL also provides resources for and participates in externally funded research projects including recent projects funded by the NSF and USGBC.
The GBRL has worked with, provided services to, or received donations of materials for its green building materials testing program from the following:
- Alpine Glass
- AMS (AXIS)
- Beaverton School District (Southridge HS)
- Cardinal Glass, MN
- Energy Trust of Oregon
- GreenEarth LLC (GreenWool insulation)
- Heuer Engineering
- Indow Windows
- Lexis Coatings
- LifetimeWindows & Doors
- MCA Superior Clay Roof Tiles
- Northwest Energy Efficiency Alliance (NEEA)
- Oregon Shepherd
- PAE Consulting
- Phase Change Energy
- Pro Gro Mixes
- Sera Architects
- Swiss Cell
- Valspar Paint and Coatings