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    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-air-leaks-how-they-waste-energy-and-rot-houses">        <title>Air Leaks—How They Waste Energy and Rot Houses</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-air-leaks-how-they-waste-energy-and-rot-houses</link>        <description>One-third of the energy you buy probably leaks through holes in your house. Reprinted with permission from Fine Homebuilding, pages 45-49, October/November 2012.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>John Straube</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>airflow-Physics of Air Movement</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>airflow-Airtightness/Air barrier</dc:subject>                    <dc:subject>airflow-Driving forces/stack effect</dc:subject>                <dc:date>2013-04-05T17:39:56Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-foam-shrinks">        <title>Foam Shrinks, and Other Lessons</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-foam-shrinks</link>        <description>What we learned from updating a 16-year-old deep-energy retrofit. Reprinted with permission from Fine Homebuilding, February/March 2012, pages 55-59.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Joseph Lstiburek</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>deep energy retrofit</dc:subject>                    <dc:subject>moisture-Physics of Moisture Control</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>Retrofit</dc:subject>                <dc:date>2013-02-27T02:06:06Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-throw-away-buildings">        <title>Throw-away buildings: The slow-motion failure of Toronto's glass condos</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-throw-away-buildings</link>        <description>Over the past decade, Toronto's building boom has been dominated by tall glass condo towers.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>John Straube</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-06-01T01:59:26Z</dc:date>        <dc:type>BSC Article</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-crash-course-in-roof-venting">        <title>A Crash Course in Roof Venting</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-crash-course-in-roof-venting</link>        <description>Understand when to vent your roof and when not to, and how to execute each approach successfully. Reprinted with permission from Fine Homebuilding, Aug/Sept 2011, pages 68-72.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Joseph Lstiburek</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>moisture-Roofs</dc:subject>                    <dc:subject>condensation</dc:subject>                    <dc:subject>thermal-Insulation</dc:subject>                    <dc:subject>airflow-Physics of Air Movement</dc:subject>                    <dc:subject>thermal-Convective/air movement</dc:subject>                    <dc:subject>guidance-Roof design</dc:subject>                    <dc:subject>moisture-Physics of Moisture Control</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>comp-roofs</dc:subject>                    <dc:subject>thermal-Airspaces</dc:subject>                <dc:date>2013-04-04T22:00:16Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-future-window-technology">        <title>The Future of Window Technology . . . Is Here!</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-future-window-technology</link>        <description>Windows and curtainwalls are ubiquitous building enclosure components. Like all parts of the building enclosure, they have to meet the fundamental functional requirements of support, control and finish (Straube &amp; Burnett, 2005). Reprinted with permission from Journal of Building Enclosure Design, Winter 2010, pages 12 -15.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>John Straube</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>guidance-Windows</dc:subject>                    <dc:subject>comp-windows-doors</dc:subject>                    <dc:subject>resources-low-energy</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-02-26T18:06:34Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-ecm-eficiency">        <title>ECM Efficiency—Better (and Worse) Than You Think</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-ecm-eficiency</link>        <description>Electrically commutated motors (ECM) in air-handler fans promise improved efficiency. But does improved technology necessarily mean efficient HVAC systems? This article was first published in Home Energy, May/June 2010. Reprinted with permission.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Kohta Ueno</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Building systems/HVAC</dc:subject>                    <dc:subject>subsystems-HVAC-air handlers</dc:subject>                    <dc:subject>subsystems-HVAC</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-04-05T17:44:52Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-measuring-impact-interior-insulation-solid-masonry-walls-cold-climate">        <title>Measuring the Impact of Interior Insulation on Solid Masonry Walls in a Cold Climate</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-measuring-impact-interior-insulation-solid-masonry-walls-cold-climate</link>        <description>Evaluating the risks associated with insulating exterior masonry walls from the interior on a three-story school constructed in Toronto, Ontario in the late 1950s. Reprinted with permission from Journal of Building Enclosure Design from Summer 2009, pages 11 - 17.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Wilkinson/De Rose/Sullivan/Straube</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>analysis-Testing</dc:subject>                    <dc:subject>climate-zone-cold</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-04-05T18:36:31Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-adhered-veneers-inward-vapor-drives">        <title>Adhered Veneers and Inward Vapor Drives: Significance, Problems and Solutions</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-adhered-veneers-inward-vapor-drives</link>        <description>Adhered veneers, in which masonry units are directly attached to a substrate via mortar and ties without a drainage or ventilation gap, have become a very popular finish in residential and light commercial construction. Reprinted with permission from Journal of Building Enclosure Design, Summer 2009, pages 31 - 35.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Straube/Schumacher/Smegal/Jablonka</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>climate-Building design and climate</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-04-05T18:34:24Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/digests/bsd-139-deep-energy-retrofit-of-a-sears-roebuck-house-a-home-for-the-next-100-years">        <title>BSD-139: Deep Energy Retrofit of a Sears Roebuck House—A Home for the Next 100 Years</title>        <link>http://www.buildingscience.com/documents/digests/bsd-139-deep-energy-retrofit-of-a-sears-roebuck-house-a-home-for-the-next-100-years</link>        <description>The American Foursquare, a Sears, Roebuck &amp; Co. kit home, was a staple of small American towns between 1908 and 1940. More than 100,000 of them were built in America. Homes built prior to 1980 make up 80% of the housing stock in the United States, and are responsible for a majority of the residential energy use in the country. All of the renovations used systems engineering principles to ensure good indoor air quality and longterm durability while providing deep energy reductions. This posting is permission of ASHRAE. Additional reproduction, distribution, or transmission in either print or digital form is not permitted without ASHRAE's prior written permission.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Betsy Pettit, FAIA</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>moisture-Diffusion/Vapor Pressure</dc:subject>                    <dc:subject>airflow-Indoor Air Quality</dc:subject>                    <dc:subject>deep energy retrofit</dc:subject>                    <dc:subject>moisture-Vapor Permeance</dc:subject>                    <dc:subject>ASHRAE</dc:subject>                    <dc:subject>doc-Digest</dc:subject>                    <dc:subject>resources-low-energy</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>Retrofit</dc:subject>                <dc:date>2013-03-03T02:56:58Z</dc:date>        <dc:type>BSC Article</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-remodeling-for-energy-efficiency">        <title>Remodeling for Energy Efficiency</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-remodeling-for-energy-efficiency</link>        <description>Can a 150-year-old house approach zero energy use? Three case studies point the was from the 19th to the 21st century. Reprinted with permission from Fine Homebuilding, April/May 2008, pages 51-57. </description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Betsy Pettit, FAIA</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>guidance-Windows</dc:subject>                    <dc:subject>subsystems-HVAC</dc:subject>                    <dc:subject>high-performance</dc:subject>                    <dc:subject>resources-homeowner</dc:subject>                    <dc:subject>guidance-Wall design</dc:subject>                    <dc:subject>climate-Building design and climate</dc:subject>                    <dc:subject>thermal-Physics of Thermal Control</dc:subject>                    <dc:subject>climate-zone-cold</dc:subject>                    <dc:subject>enclosure-Foundation assembly</dc:subject>                    <dc:subject>Building America</dc:subject>                    <dc:subject>guidance-Roof design</dc:subject>                    <dc:subject>enclosure-Roof assembly</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>zero-energy</dc:subject>                    <dc:subject>renovation</dc:subject>                    <dc:subject>Retrofit</dc:subject>                <dc:date>2013-04-05T18:10:47Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-critical-review-double-facades-office-buildings-cool-humid-climates">        <title>A Critical Review of the Use of Double-Façades for Office Buildings in Cool Humid Climates</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-critical-review-double-facades-office-buildings-cool-humid-climates</link>        <description>So-called double-façades (DF) or ventilated façades, environmental second skins, etc. have attracted great interest as modern building enclosures. Numerous examples have been built in Europe but only a few have been completed in North America. The DF label actually covers a wide range of different enclosure types. In most cases, a DF has three layers of glazing with ventilation and solar control devices between the outer two glazing layers, although some ventilate the space between the inner glazings. In most cases, the airflow through the glazing cavity is driven by natural buoyancy (hot air rises) aided by wind pressure differences, although some systems use small fans (often driven by photovoltaics). In hybrid systems, HVAC supply or exhaust air streams are directed through a glazing cavity before connecting with the outside. Reprinted with permission from Journal of Building Enclosure Design, 2007, pages 48-53.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>John Straube</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>guidance-Wall design</dc:subject>                    <dc:subject>climate-Building design and climate</dc:subject>                <dc:date>2013-04-05T18:39:56Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-mold-explosion-why-now">        <title>Mold Explosion: Why Now?</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-mold-explosion-why-now</link>        <description>Today’s houses make it easier for mold to find the food and water it needs to thrive. The cure is a quick cleanup and smarter choices in materials. Reprinted with permission from Fine Homebuilding, December 2006/January 2007, pages 70-75.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Joseph Lstiburek</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>moisture-Physics of Moisture Control</dc:subject>                    <dc:subject>resources-homeowner</dc:subject>                    <dc:subject>enclosure-Foundation assembly</dc:subject>                    <dc:subject>enclosure-Roof assembly</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>climate-Building design and climate</dc:subject>                    <dc:subject>resources-mold</dc:subject>                <dc:date>2013-04-05T17:51:14Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-eliminating-attic-vents">        <title>Eliminating Attic Vents</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-eliminating-attic-vents</link>        <description>By creating a path for air to move, structural vents are supposed to prevent the buildup of moisture in an attic. This article was first published in Builder Magazine, January 2006.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Armin Rudd</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>guidance-Building systems/HVAC</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                <dc:date>2013-04-05T15:59:25Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-future-of-framing">        <title>Future of Framing is Here</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-future-of-framing</link>        <description>Smarter strategies can save money, speed construction, improve energy efficiency, and cut down on jobsite waste. Reprinted with permission from Fine Homebuilding, October/November 2005, pages 50-55.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Joseph Lstiburek</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>advanced framing</dc:subject>                    <dc:subject>enclosure-Wall assembly</dc:subject>                    <dc:subject>type-low-rise</dc:subject>                    <dc:subject>guidance-Construction details</dc:subject>                    <dc:subject>efficiency</dc:subject>                    <dc:subject>enclosure-Roof assembly</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>climate-Building design and climate</dc:subject>                <dc:date>2013-04-05T18:26:29Z</dc:date>        <dc:type>BSC File</dc:type>    </item>
    <item rdf:about="http://www.buildingscience.com/documents/published-articles/pa-small-house-built-right">        <title>Small House, Built Right</title>        <link>http://www.buildingscience.com/documents/published-articles/pa-small-house-built-right</link>        <description>Think $50 per square foot and $50 a month for utilities are unattainable? Government-sponsored research proves otherwise. Reprinted with permission from Fine Homebuilding, June/July 2005, pages 56-61.</description>        <dc:publisher>No publisher</dc:publisher>        <dc:creator>Betsy Pettit, FAIA</dc:creator>        <dc:rights></dc:rights>                    <dc:subject>advanced framing</dc:subject>                    <dc:subject>guidance-Enclosure design principles</dc:subject>                    <dc:subject>affordability</dc:subject>                    <dc:subject>guidance-Construction details</dc:subject>                    <dc:subject>climate-zone-cold</dc:subject>                    <dc:subject>Building America</dc:subject>                    <dc:subject>doc-PublishedArticle</dc:subject>                    <dc:subject>resources-homeowner</dc:subject>                <dc:date>2013-04-05T18:28:55Z</dc:date>        <dc:type>BSC File</dc:type>    </item>




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