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Buildings XI Proceedings, December 2010
| Session 1, Practices A, Building Retrofit/Whole Building II |
| Paper 89 |
Internal Insulation of Masonry Walls with Wooden Floor Beams in Northern Humid Climate |
Martin Morelli,
Toke R. Nielsen,
Gregor A. Scheffler,
Svend Svendsen |
| Paper 119 |
Case Study: Performance of a House Built
on a Treated Wood Foundation System
in a Cold Climate |
Charles G. Carll,
Charles R. Boardman,
Collin L. Olson |
| Paper 124 |
Building Science in the Restoration of a Heritage Building |
Mark Lawton,
Mathew Pel |
| Paper 172 |
Concerns When Improving the Energy Efficiency of 1960's and 70's Swedish Multi-family Dwellings |
Johan Stein,
Lars-Erik Harderup |
| Session 1, Principles B, Moisture Transfer |
| Paper 11 |
Numerical Modeling of Dynamic Effects in Porous Media Flow |
Hans Janssen,
Gregor A. Scheffler |
| Paper 161 |
Numerical Modeling of Hygrothermal Response in a Full-Scale Experimental Room and Through the Envelope |
Yang Li,
Paul Fazio,
Jiwu Rao |
| Paper 12 |
Modeling Local Hygrothermal Interactions |
Paul W.M.H. Steskens,
Hans Janssen,
Carsten Rode |
| Paper 144 |
Impact of Weather on Predicting Drying Characteristics of Spray-Applied Cellulose Insulation |
Mikael Salonvaara,
Marcin Pazera,
Achilles Karagiozis |
| Session II, Practices A, Roofing |
| Paper 37 |
Potential Energy Savings of Various Roof Technologies |
Stephen Ray,
Leon Glicksman |
| Paper 64 |
A Compilation of Home Energy Assessments for Cool Roofs, Above-Sheathing Ventilation, Radiant Barriers and Other Attic Strategies |
William (Bill) Miller,
Andre Desjarlais,
Jan Kosny |
| Paper 102 |
Mold Growth Control in Cold Attics through Adaptive Ventilation: Validation by Field Measurements |
Carl-Eric Hagentoft,
Angela Sasic Kalagasidis |
| Paper 107 |
Hygrothermal Conditions in Ventilated Cathedral Ceilings: Influences on Roof Ventilation and Emissivity—Field Study and Analysis |
Pär Johansson |
| Session II, Principles B, Prediction of Moisture Degradation |
| Paper 104 |
Mold Growth Modeling of Building Structures Using Sensitivity Classes of Materials |
Tuomo Ojanen,
Hannu Viitanen,
Ruut Peuhkuri,
Kimmo Lähdesmäki,
Juha Vinha,
Kati Salminen |
| Paper 152 |
Corrosion Prediction in Buildings Based on Simulation of Temporal Distribution of Humidity and Temperatures and the International Standard ISO-9223 |
Pedro J. Otaduy,
Achilles Karagiozis |
| Paper 203 |
Assessing the Freeze-Thaw Resistance of Clay Brick for Interior Insulation Retrofit Projects |
P. Mensinga,
J. Straube,
C. Schumacher |
| Paper 229 |
Comparative Evaluation of the Predictions of Two Established Mold Growth Models |
Martin Krus,
Michael Seidler,
Klaus Sedlbauer |
| Session III, Practices A, Indoor Environment |
| Paper 10 |
Hygrothermal Performance Optimization of a Museum Storage Building |
Jørgen Erik Christensen,
Hans Janssen,
Barbara Tognolo |
| Paper 75 |
Monitoring of Internal Moisture Loads in Residential Buildings—Research Findings in 3 Different Climate Zones |
Lois B. Arena,
Achilles Karagiozis,
Pallavi Mantha |
| Paper 85 |
A Sound Indoor Climate for a Museum in a Monumental Building |
Marco Martens,
Henk Schellen |
| Paper 140 |
Temperature and Humidity Measurements in 71 Homes Participating in an IAQ Improvement Program |
Paul W. Francisco,
William B. Rose |
| Session III, Principles B, Air & Moisture Control |
| Paper 44 |
Hygrothermal Performance of Flat Roofs with Construction Moisture |
Christian Bludau,
Hartwig M. Künzel,
Daniel Zirkelbach |
| Paper 170 |
Hygric Performance of Shaded and Unshaded Highly Insulated, Lightweight Low-Sloped Roofs |
Christoph Buxbaum,
Wolfgang Gallent,
Simon Paulitsch,
Oskar Pankratz |
| Paper 57 |
A Simplified Method Using Compressed Air to Determine Air Leakage |
Eva B. Møller,
Torben V. Rasmussen,
Asta Nicolajsen |
| Paper 91 |
Feasibility of Using Wind Barriers as Air Barriers in Wood Frame Construction |
Jelle Langmans,
Ralf Klein,
Paul Eykens,
Michel De Paepe,
Staf Roels |
| Session IV, Practices A, Water Resistive Barriers |
| Paper 90 |
Timber-Frame Walls: Feasible With a Damaged Vapour Barrier? |
Ernst Jan de Place Hansen,
Erik Brandt |
| Paper 145 |
Innovative Passive Ventilation Water Resistive Barriers—How They Work? |
M. Jablonka,
A. Karagiozis,
J. Straube |
| Paper 159 |
Evaluation of Cladding and Water-Resistive Barrier Performance in Hot-Humid Climates Using a Real-Weather, Real-Time Test Facility |
Theresa A. Weston,
Liza C. Minnich,
Jonathan Smegal,
Jennifer Van Mullekom,
Chris Schumacher,
Jessica S. Conlon |
| Paper 191 |
Evaluating Performance of "Next Generation" Water Resistive Barrier Materials Using Simple Ponding Tests |
Mark F. Williams |
| Session IV, Principles B, Boundary Conditions |
| Paper 42 |
Indoor Hygrothermal Conditions in Multifamily Dwellings—Measurements and Analysis |
Hans Bagge,
Dennis Johansson,
Lotti Lindstrii |
| Paper 111 |
The Treatment of Long-Wave Radiation and Precipitation in Climate Files for Building Physics Simulations |
Petter Wallentén |
| Paper 133 |
Interior Temperature and Relative Humidity Distributions in Mixed-Humid and Cold Climates as Building Simulation Boundary Conditions |
Florian Antretter,
Andreas Holm,
Achilles Karagiozis,
Samuel Glass |
| Paper 210 |
Effect of Selected Weather Year for Hygrothermal Analyses |
Mikael Salonvaara,
Klaus Sedlbauer,
Andreas Holm,
Marcin Pazera |
| Session V, Practices A, Low Energy Homes I |
| Paper 50 |
Thermal Impact of Fasteners in High-Performance Wood-Framed Walls |
Dane Christensen |
| Paper 51 |
Innovative Concepts for a Set of Net-Zero Energy Houses in the Middle East (Dubai) |
Andreas Holm,
Sebastian Herkel,
Jens Pfafferott |
| Paper 53 |
A Prototype Universal Building Envelope Hygrothermal Performance Standard for Successful Net-Zero Energy Building Design |
Louise F. Goldberg,
Patrick H. Huelman,
Stanley D. Gatland, II |
| Session V, Principles B, Walls I |
| Paper 129 |
The Hygrothermal Performance of Wood-Framed Wall Systems Using Spray Polyurethane Foam Insulations and a Smart Vapor Retarder in the Pacific Northwest |
Sam Yuan,
Achilles N. Karagiozis |
| Paper 196 |
Steady-State Thermal Performance Evaluation of Steel-Framed Wall Assembly with Local Foam Insulation |
Jan Kosny,
Kaushik Biswas,
Phillip Childs |
| Paper 227 |
Benchmarking Three-Dimensional Thermal Model Against Field Measurement on the Thermal Response of an Insulating Concrete Form (ICF) Wall in Cold Climate |
Hamed H. Saber,
Wahid Maref,
Marianne Armstrong,
Michael C. Swinton,
Madeleine Z. Rousseau,
Ganapathy Gnanamurugan |
| Session VI, Practices A, Low Energy Homes II |
| Paper 108 |
Low-Energy House with Heat Storage in the Ground Using Solar Collectors |
Eva-Lotta W. Kurkinen, |
| Paper 214 |
The TVA Dollar-a-Day Energy Cost 235 m² Research Home |
Jeff Christian,
Rex Dockery |
| Paper 193 |
Performance of Four Near Zero Energy Homes: Lessons Learned |
John Sherwin,
Danny Parker,
Carlos Colon,
Eric Martin |
| Session VI, Principles B, Walls II |
| Paper 43 |
Numerical Simulation of Exterior Condensations on Façades: The Undercooling Phenomenon |
J.M.P.Q. Delgado,
V.P. de Freitas,
N.M.M. Ramos,
E. Barreira |
| Paper 49 |
Effect of Cladding Systems on Moisture Performance of Wood-Framed Walls in a Mixed-Humid Climate |
S. Craig Drumheller,
Charles G. Carll |
| Paper 72 |
Experimental and Numerical Analysis of Heat, Air and Moisture Transfer in a Light Weight Building Wall |
Tadiwos Zerihun Desta,
Staf Roels |
| Session VII, Practices A, Building Retrofit/Whole Building I |
| Paper 7 |
Post-Insulation of Existing Buildings Constructed Between 1850 and 1920 |
Torben Valdbjørn Rasmussen, |
| Paper 8 |
NTED™: An Innovative Design Using Nested Thermal Envelopes To Achieve Significant Reductions In Energy Use |
E. Dixon,
R. Richman,
K.D. Pressnail,
M. Touchie |
| Paper 56 |
The Path Towards Net-Zero High-Rise Residential Buildings: Lessons Learned from Current Practice |
Graham Finch,
Dave Ricketts,
Warren Knowles |
| Session VII, Principles B, Low Energy Homes |
| Paper 61 |
Performance and Experiences with Austrian Demonstration Projects for Lowest-Energy Houses (Passive Houses) in Social Housing |
Thomas Bednar,
Azra Korjenic,
Hannes Konder,
Christoph Deseyve,
Michael Kirchweger,
Naomi Morishita |
| Paper 199 |
Dynamic Thermally Disconnected Building Envelopes—A New Paradigm for Walls and Roofs in Low-Energy Buildings |
Jan Kosny,
William Miller,
Abdi Zaltash |
| Paper 205 |
Detailed Modeling Study on How Different Assemblies Affect Comfort Conditions in Zero-Energy House Designs |
John Broniek |
| Session VIII, Practices A, Air Tightness I |
| Paper 80 |
Air Sealing Existing Homes With Foam-in-a-Can Rivals Energy Cost Benefits of CFLs |
Doug Bibee,
Katherine Johnson,
Donald Nelson |
| Paper 92 |
Sealing of Window and Door Joints in Timber Frame Buildings and Watertightness |
Hans Boye Skogstad,
Sivert Uvsløkk |
| Paper 55 |
Moisture Transport by Osmotic Flow Through Waterproofing Membranes—Towards the Development of Osmosis-Resistant Membranes |
Graham Finch,
Brian Hubbs,
Robert Bombino |
| Session VIII, Principles B, Thermal Modeling |
| Paper 21 |
Three-Dimensional Hygrothermal Model for Predicting the Thermal Resistances of Spray Polyurethane Foam Wall Assemblies |
Hamed Saber,
Wahid Maref,
Hakim Elmahdy,
Michael Swinton,
Rock Glazer |
| Paper 79 |
Thermal Comfort and Microclimates in Open Spaces |
G. Latini,
R. Grifoni,
S. Tascini |
| Paper 173 |
Experimental and Numerical Examination of the Thermal Transmittance of High Performance Window Frames |
Howdy Goudey,
Dariush Aresteh,
Sivert Uvsløkk,
Goce Talev,
Bjørn Petter Jelle,
Christian Kohler |
| Session IX, Practices A, Air Tightness II |
| Paper 153 |
Development of a Model of Cycling Unvented Fireplace Use |
Paul Francisco,
Jeffrey Gordon,
William Rose |
| Paper 190 |
Methods and Materials for an Airtight Building |
Paula S. M. Wahlgren,
Eva Sikander |
| Paper 132 |
The High Performance Thermal Building Insulation Materials and Solutions of Tomorrow |
Bjørn Petter Jelle,
Arild Gustavsen,
Ruben Baetens |
| Session IX, Principles B, Foundations |
| Paper 29 |
Estimating Foundation Water Vapor Release Using a Simple Moisture Balance and AIM-2: Case Study of a Contemporary Wood-Frame House |
Charles Boardman,
Samuel Glass,
Charles Carll |
| Paper 46 |
Moisture Performance of Insulated, Raised, Wood-Frame Floors: A Study of Twelve Houses in Southern Louisiana |
Samuel Glass,
Charles Carll,
Jay Curole,
Matthew Voitier |
| Paper 174 |
Vented and Conditioned Crawlspace Performance in Marine and Cold Climates of the Pacific Northwest |
David Hales,
Mike Lubliner,
Andrew Gordon |
| Session X, Practices A, Wall Moisture |
| Paper 15 |
Wind-Driven Rain: From Theory to Reality |
Hugo Hens |
| Paper 200 |
Residential Exterior Wall Superinsulation Retrofit Details and Analysis |
Kohta Ueno |
| Paper 178 |
Modeling of the Hygrothermal Responses of a Sheathing Board in a Prefabricated Wall System and Comparison with Experimental Result |
Fitsum Tariku,
Hua Ge |
| Session X, Principles B, Whole Building Assessment |
| Paper 22 |
Retrofitting Measures for Energy Savings in the Swedish Residential Building Stock—Assessing Methodology |
Érika Mata,
Angela Sasic Kalagasidis,
Filip Johnsson |
| Paper 137 |
Reconsidering the Approach towards Determining Overall Building Enclosure Thermal Performance for Code Compliance |
Robert Bombino,
Graham Finch |
| Paper 142 |
Monitoring of Historic Structures for Whole-Building Improvements |
Michael Aoki-Kramer |
| Session XI, Practices A, Fenestration |
| Paper 31 |
Influence of New External Protective Glazing on Historic Painted Windowpanes in Medieval Churches |
Georg-Wilhelm Mainka,
Heiko Winkler |
| Paper 160 |
Developing an Exterior Enclosure Commissioning Plan |
Fiona Aldous |
| Paper 130 |
Innovative Structurally Glazed Curtain Wall at the New Vancouver Convention Centre: Design and Construction Challenges |
Anik Teasdale St-Hilaire |
| Session XI, Principles B, Materials Property Testing |
| Paper 23 |
Introduction of a Drying Coefficient for Building Materials |
Gregor Scheffler,
Rudolf Plagge |
| Paper 26 |
Test Method to Quantify the Wicking Properties of Insulation Materials Designed to Prevent Interstitial Condensation |
Andrea Binder,
Danile Zirkelbach,
Hartwig Kuenzel |
| Paper 175 |
Accelerated Aging Performance Evaluation of “Smart Vapor Retarder” |
Phalguni Mukhopadhyaya,
Stanley Gatland, II,
Bruno Di Lenardo,
John Lackey,
David van Reenen |
| Session XII, Practices A, Building Envelope Performance |
| Paper 27 |
Approaching “Zero Energy” in the Pacific Northwest Marine Climate |
Michael Lubliner,
Andrew Gordon,
Chris Fuess |
| Paper 192 |
Measured Performance of Side-by-side, South Texas Homes |
Dave Chasar,
Valerie vonSchramm,
John Sherwin,
Subrato Chandra |
| Paper 141 |
Analysis in Support of the Radiant Barrier Fact Sheet 2010 Update |
Therese Stovall,
Som Shrestha,
Rao Arimilli,
David Yarbrough,
Thomas Pearson |
| Session XII, Practices B, Innovative Materials |
| Paper 48 |
Cellular Glass Aggregate Serving as Thermal Insulation and a Drainage Layer |
Andreas Zegowitz |
| Paper 197 |
Theoretical and Experimental Thermal Performance Analysis of Complex Thermal Storage Membrane Containing Bio-Based Phase-Change Material (PCM) |
Jan Kosny,
Therese Stovall,
Som Shrestha,
Dave Yarbrough |
| Paper 198 |
Theoretical and Experimental Thermal Performance Analysis of the Building Shell Components Containing Blown Fiberglass Insulation Enhanced with Phase-Change Material (PCM) |
Jan Kosny,
David Yarbrough,
Phil Childs,
Som Shrestha,
William Miller,
Jerry Atchley,
Marcus Bianchi,
John Smith,
Tom Fellinger,
Elizabeth Kossecka,
Edwin Lee |
| Session XIII, Practices A, Green Technology |
| Paper 105 |
Long-Term Hygrothermal Performance of Green Roofs |
D. Zirkelbach,
B. Schafaczek,
H. Kuenzel
|
| Paper 158 |
The Greenest Building is the One That is Never Built: A Life-Cycle Assessment Study of Embodied Effects for Historic Buildings |
Mark Lucuik,
Allison Huffman,
Wayne Trusty,
Alexandra Prefasi
|
| Paper 164 |
Why Do Green Building Enclosures Fail and What Can Be Done about It? |
Guylaine Desmarais,
Richard Trempe,
Mario Gonçalves |
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