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Library

This library contains research reports produced by the Building America program and other building science resources used to support this Solution Center. The materials cover both new construction and existing homes. Use the search box and/or the filters to explore hundreds of residential building resources. Access to some references not produced by Building America may require purchase from the publisher. Documents are listed alphabetically. While we continually update our database, links may have changed since posting. Please contact our webmaster if you find broken links.

Author(s): Dentz, Conlin, Holloway, Podorson, Varshney
Organization(s): ARIES, Levy Partnership
Publication Date: March, 2014

In multifamily and attached buildings, traditional duct sealing methods are often impractical or costly and disruptive because of the difficulty in accessing leakage sites. In this project, two retrofit duct sealing techniques - manually-applied sealants and injecting a spray sealant, were implemented in several low-rise multi-unit buildings....

Author(s): Burdick
Organization(s): IBACOS
Publication Date: December, 2014
Report outlining the issues with using existing ducts with a new low-load HVAC system, which reduces throw at supply registers causing decreased mixing of supply and room air, leading to potential thermal comfort complaints.
Author(s): Kerrigan, Norton
Organization(s): Building Science Corporation
Publication Date: October, 2014

In this report, BSC seeks to research and report on the field monitoring of the performance of in-situ supplemental dehumidification systems in low-energy, high performance, homes in a Zone 2 climate.

Author(s): Maxwell, Berger, Zuluaga
Organization(s): CARB, Steven Winter Associates, SWA
Publication Date: July, 2014

Report outlining research that helps inform best practices for air sealing multi-family buildings in the Northeast.

Author(s): Parker, Kono, Vieira, Fairey, Sherwin, Withers, Hoak, Beal
Organization(s): BA-PIRC, National Renewable Energy Laboratory, Florida Solar Energy Center, FSEC
Publication Date: June, 2014

Research report assessing the moisture and cooling load impacts of airtightness and mechanical ventilation in homes in hot-humid climates.

Author(s): Dentz, Henderson, Varshney
Organization(s): ARIES, Levy Partnership
Publication Date: September, 2014

Report summarizing the status of a central hydronic heating system project in multifamily housing at the conclusion of the 20112012 heating season.

Author(s): Arena
Organization(s): CARB, Steven Winter Associates, SWA
Publication Date: February, 2014

Report providing step-by-step instructions for heating contractors and hydronic designers for selecting the proper control settings to maximize system performance and improve response time when using a thermostat setback.

Author(s): Beach, Burdick
Organization(s): IBACOS
Publication Date: March, 2014

Report describing recommendations for optimizing flexible duct, constant-volume HVAC systems using junction boxes. 

Author(s): Aldrich
Organization(s): CARB, Steven Winter Associates, SWA
Publication Date: February, 2014

This document addresses adding—or improving—mechanical ventilation systems to existing homes. The purpose of ventilation is to remove contaminants from homes either directly or by dilution. This report discusses where, when, and how much ventilation is appropriate in a home, including some discussion of relevant codes and...

Author(s): Rudd
Organization(s): Building Science Corporation, BSC
Publication Date: October, 2014

Report describing solutions for supplemental dehumidification in warm-humid climates. 

Author(s): Dentz, Podorson, Varshney
Organization(s): ARIES, National Renewable Energy Laboratory, Levy Partnership
Publication Date: May, 2014

This report investigates whether mini-split heat pumps can live up to their potential for one market segment: multifamily retrofits.

Author(s): German, Hoeschele
Organization(s): ARBI, Davis Energy Group
Publication Date: December, 2014

Report evaluating mechanical AC precooling strategies in homes as a method for improving the load factor by shifting cooling operation from on-peak to off-peak hours.