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Buildings X Proceedings, December 2007
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| Paper 1 |
A Flight over a Roof Landscape: Impact of 40 Years of Roof Research on Roof Practices in |
Hugo Hens
Felix Vaes
Arnold Janssens
Geert Houvenaghel |
| Paper 2 |
Surrogates for Product Performance Durability? A Review of Window Warranties |
R. Christopher Mathis |
| Paper 3 |
70 Million Years of Building Thermal Envelope Experience: Building Science Lessons from the Honey Bee |
R. Christopher Mathis
David R. Tarpy |
| Paper 10 |
Causes and Effects of High Humidity in South Florida Schools |
Roger G. Morse
Paul E. Haas
Dean A. Zehnter |
| Paper 12 |
Ventilation Drying in Enclosure Walls with Vinyl Cladding |
Xing Shi
Eric Burnett |
| Paper 14 |
Air Barriers in High Interior RH Specialty Buildings: Considerations for Control of Moisture-Laden Air in Museums, Labs, and Natatoriums |
Paul E. Totten
Sean M. O'Brien
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| Paper 15 |
Zero Peak Communities Electric Utility Benefits |
Jeff Christian
Lew Pratsch
T.J. Blasing |
| Paper 18 |
Designing Low-Emittance Low-Slope Roofs that Comply with California Title 24 Requirements |
William (Bill) Miller
Lee Shoemaker
Andre Desjarlais
Scott Kriner
Russ Dunlap
Adam Youngquist |
| Paper 19 |
Natural Convection Heat Transfer in Roofs with Above-Sheathing Ventilation |
William Miller
Majid Keyhani
Timothy Stovall
Adam Youngquist |
| Paper 20 |
Energy Savings for Stucco Walls Coated with Cool Colors |
Thomas W. Petrie
Jerald A. Atchley
Phillip W. Childs
Andre O. Desjarlais |
| Paper 21 |
Modeling the Thermal Performance of Ballasted Roof Systems |
Andre O. Desjarlais
Thomas W. Petrie
Jerald A. Atchley |
| Paper 22 |
Field Evaluation of Low-E Storm Windows |
S. Craig Drumheller
Christian Köhler
Stefanie Minen |
| Paper 23 |
Air Permeability and Thermal Performance of Concrete Block Wall Sections |
Rachel Becker |
| Paper 28 |
Conservation Heating for a Museum Environment in a Monumental Building |
Edgar Heuhaus
Henk L. Schellen |
| Paper 29 |
Wind-Driven Rain Assessment on Buildings Using Climatic Data Sets: What Time Resolution is Needed? |
B. Blocken
J. Carmeliet
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| Paper 30 |
Modeling Energy Performance of Concrete Buildings for LEED-NC v2.2 Energy and Atmosphere Credit 1 |
Medgar L. Marceau
Martha G. VanGeem
Iyad M. Alsamsam
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| Paper 31 |
An Exploration of Wall Retrofit Best Practices |
Therese Stovall
Thomas Petrie
Jan Kosny
Phillip Childs
Jerry Atchley
Kimberly Sissom |
| Paper 35 |
Use of Microencapsulated Phase Change Materials in Building Applications |
C. Castellón
M. Medrano
J. Roca
M. Nogués
A. Castell
L.F. Cabeza |
| Paper 36 |
Field Performance of an Unvented Cathedral Ceiling (UCC) in Vancouver |
C.J. Schumacher
E. Reeves |
| Paper 39 |
Thermal Performance of a Passive House: Measurements and Simulation |
Gulten Manioglu
Veerle De Meulenaer
Joris Wouters
Hugo Hens |
| Paper 41 |
Small-Scale High-Performance Sustainable Construction: Two Wisconsin Case Studies |
Thomas Brown |
| Paper 43 |
Enhanced Daylighting through Digital Fabrication |
Glenn Sweitzer
Joshua Vermillion |
| Paper 44 |
Experimental Methods to Derive Hygrothermal Material Functions for Numerical Simulation Tools |
Rudolf Plagge
Gregor Scheffler
Andreas Nicolai |
| Paper 47 |
The Effects and Cost Impact of Poor Airtightness—Information for Developers and Clients |
Per Ingvar Sandberg
Claes Bankvall
Eva Sikander
Paula Wahlgren
Bengt Larsson |
| Paper 48 |
Prefabricated Elements Used as Strip Foundation of Single-Family Housing |
T. Valdbjørn Rasmussen |
| Paper 49 |
Thermal Performance of Gas-Filled Panels with Reflective Surfaces Installed in an Attic |
David W. Yarbrough
Thomas W. Petrie
Doug Kinninger
Ronald S. Graves |
| Paper 51 |
Ventilated Wall Claddings: Review, Field Performance, and Hygrothermal Modeling |
Graham Finch
John Straube |
| Paper 52 |
Factors Determining Surface Moisture on External Walls |
Hartwig M. Künzel |
| Paper 56 |
Commissioning of Exterior Building Envelopes of Large Buildings for Resultant Moisture Accumulation Using Infrared Thermography and Other Diagnostic Tools |
Mario D. Gonçalves
Tony Colantonio
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| Paper 57 |
Design Considerations for Curtain Wall Parapets in Cold Climates |
Mario D. Gonçalves |
| Paper 61 |
Coupled Simulation of Vapor Flow between Air and a Porous Material |
Adam Neale
Dominique Derome
Bert Blocken
Jan Carmeliet |
| Paper 62 |
Analysis and Comparison of the Hygrothermal Performance of a “Passive House”—Wall Systems in the Climate of Central Europe |
Christoph Buxbaum
Albert Seiler
Oskar Pankratz
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| Paper 66 |
Field Correlation of the Performance of Insulating Glass Units in Buildings—A Twenty-Five Year Study |
A. William Lingnell
James L. Spetz |
| Paper 71 |
The Effect of Indoor Humidity on Water Vapor Release in Homes |
Anton TenWolde
Crystal L. Pilon |
| Paper 72 |
Moisture Performance of a Contemporary Wood-Frame House Operated at Design Indoor Humidity Levels |
Charles Carll
Anton TenWolde
Robert Munson |
| Paper 76 |
Proposed Modification of THERM Finite-Element Models Taken from the National Fenestration Rating Council’s Thermal Rating Program for the Analysis and Estimation of Thermal-Induced Glass Stress Under Solar and Shadow Loading Conditions on Fenestration Products |
Stephen D. Fisher |
| Paper 78 |
Thermal Performance of PCM-Enhanced Building Envelope Systems |
Jan Kosny
David Yarbrough
William Miller
Thomas Petrie
Phillip Childs
Azam Syed
Douglas Leuthold |
| Paper 79 |
Nano-Scale Insulation at Work: Thermal Performance of Thermally Bridged Wood and Steel Structures Insulated with Local Aerogel Insulation |
Jan Kosny
Thomas Petrie
David Yarbrough
Phillip Childs
Azam Mohiuddin Syed
Chris Blair |
| Paper 80 |
How the Same Wall Can Have Several Different R-Values: Relations Between Amount of Framing and Overall Thermal Performance in Wood and Steel-Framed Walls |
Jan Kosny
David Yarbrough
Phillip Childs
Syed Azam Mohiuddin |
| Paper 81 |
Measured Change in Multifamily Unit Air Leakage and Airflow Due to Air Sealing and Ventilation Treatments |
David L. Bohac
James E. Fitzgerald
Martha J. Hewett
David Grimsrud |
| Paper 83 |
Full-Scale Experimental Investigation of Moisture Buffering Effect and Indoor Moisture Distribution |
X. Yang
S. Vera
J. Rao
H. Ge
P. Fazio |
| Paper 84 |
An Experimental Study of Shading Devices: Orientation Typology and Material |
Grace Cristina Roel Gutierrez
Lucila Chebel Labaki |
| Paper 88 |
2004 Annual Interlaboratory Comparison of NFRC Accredited Testing Laboratories |
William C. duPont
Bipin V. Shah |
| Paper 90 |
Practical Use of Thermal Breaks in Cladding Support Systems |
L.B.B. Peer |
| Paper 92 |
Calculating the Impact of Ground Contact on Residential Heat Loss |
David Baylon
Mike Kennedy |
| Paper 94 |
Improving the Building Envelope to Meet the Challenges of New Research and Regulation |
Tony Woods |
| Paper 95 |
Zero Energy Homes—The Potential of Large-Scale Implementation |
Thomas Kenney
Joseph Wiehagen |
| Paper 96 |
Crawlspace Design in Marine and Cold Climates |
Michael Lubliner
Larry Palmiter
David Hales
Andrew Gordon |
| Paper 100 |
A Cathedralized Attic in a Hot, Humid Climate—Is it Worth Conditioning? |
John R. Broniek |
| Paper 103 |
Small Homes, Excellent Enclosures, Almost No Heating System: Fact or Fiction? |
Duncan Prahl
Bruce Coldham
Thomas R.C. Hartman
Katrin Klingenberg |
| Paper 106 |
Builder and Space-Conditioning System Challenges in Two Energy-Efficient Houses |
Eric Helton |
| Paper 108 |
Energy Savings and Collateral Impacts of a DHW Water-to-Water Heat Pump System with Subslab Earth Coupling |
William D. Rittelmann |
| Paper 118 |
Pressure Equalized Insulated Glass Units in Exterior Building Envelopes |
David Ambrose
Achilles N. Karagiozis |
| Paper 121 |
Hygrothermal Properties of Exterior Claddings, Sheathing Boards, Membranes, and Insulation Materials for Building Envelope Design |
Phalguni Mukhopadhyaya
M. Kumar Kumaran
John Lackey
Nicole Normandin
David van Reenen
Fitsum Tariku |
| Paper 122 |
Modeled and Measured Drainage, Storage, and Drying behind Cladding Systems |
J. F. Straube |
| Paper 123 |
Field Monitoring and Hygrothermal Modeling of Interior Basement Insulation Systems |
Kohta Ueno
Christopher Schumacher
John Straube |
| Paper 124 |
Case Studies of Moisture Problems in Buildings |
G. Proskiw |
| Paper 125 |
Multi-Criteria Evaluation Framework of Factory-Built Wood-Frame Walls |
Caroline D. Frenette
Robert Beauregard
Dominique Derome |
| Paper 127 |
Insulation Quality and Compliance Assessments—Field Inspections for Insulation |
Bruce Harley |
| Paper 128 |
Green, Affordable Housing Moving Toward “Zero Energy" |
Robb A. Aldrich
Gayathri Vijayakumar |
| Paper 129 |
Can Books and Textiles Help in Controlling the Indoor Relative Humidity? |
H. Derluyn
H. Janssen
J. Diepens
D. Derome
J. Carmeliet |
| Paper 130 |
Investigation of Ventilation Drying of Rainscreen Walls in the Coastal Climate of British Columbia |
Hua Ge
Ying Ye |
| Paper 135 |
Developing Innovative Drainage and Drying Solutions for the Building Enclosure |
Mark F. Williams |
| Paper 140 |
A High-Quality Residential Data Set for Validation of Computer Simulation Models |
William D. Rittelmann |
| Paper 142 |
Effects of Air Leakage of Residential Buildings in Mixed and Cold Climates |
Florian Antretter
Achilles Karagiozis
Anton TenWolde
Andreas Holm |
| Paper 143 |
Scientific Analysis of Vapor Retarder Recommendations for Wall Systems Constructed in North America |
Achilles N. Karagiozis
Joseph Lstiburek
Andre Desjarlais |
| Paper 144 |
Challenges with Using ASTM E 2112 in North American Climate Zones |
Kevin C. Day
William C. Brown |
| Paper 148 |
The Hygrothermal Performance of Wood-Framed Wall Systems Using a Relative Humidity-Dependent Vapor Retarder in the Pacific Northwest |
Stanley D. Gatland, II
Achilles N. Karagiozis
Charles Murray
Kohta Ueno |
| Paper 152 |
Air Leakage of US Homes: Model Prediction |
Max Sherman |
| Paper 153 |
Development of a Robust Termite-Resistant Foam Insulation |
Jeffrey M. Alcott |
| Paper 154 |
Predicting the Effect of Wall-Cladding Ventilation on Condensation due to Sun-Driven Moisture: Comparison of Hygrothermal Simulation with Laboratory Testing |
Liyen Kan
Joseph P. Piñon |
| Paper 155 |
Efficacy of Light Shelves: Passive, Dynamic, and Automatic Devices Related to Light and Thermal Behavior |
Irving Montanar Franco |
| Paper 157 |
Sustainability of the Swedish Built Environment Toward Climate Change: Hygrothermal Effects and Design Criteria for Buildings with Respect to Future Climate Scenarios |
Anker Nielsen
Erik Kjellström
Angela Sasic Kalagasidis |
| Paper 162 |
Improved Model to Predict Mold Growth in Building Materials |
Hannu Viitanen
Tuomo Ojanen |
| Paper 163 |
Large-Scale Experimental Investigation of Wood-Frame Walls Exposed to Simulated Rain Penetration in a Cold Climate |
Dominique Derome
Guylaine Desmarais
Constance Thivierge |
| Paper 164 |
Cyclic Temperature-Gradient-Driven Moisture Transport in Walls with Wetted Masonry Cladding |
Jan Carmeliet
Achilles Karagiozis
Dominique Derome |
| Paper 165 |
Increasing Thermal Performance and Energy Efficiency of Buildings in Russia: Problems and Solutions |
Yurij A. Matrosov
Mark Chao
Cliff Majersik |
| Paper 167 |
Mesoscopic Modeling of Vapor Transport in Wood in Tangential and Radial Direction |
Wolfgang Zillig
D. Derome
J. Carmeliet
J. Diepens |
| Paper 168 |
The Moment Method for Measuring Moisture Diffusivity of Porous Building Materials |
Dan Gaffner |
| Paper 175 |
Whole-Building Hygrothermal Modeling in IEA Annex 41 |
Carsten Rode
Monika Woloszyn |
| Paper 180 |
Ventilated Cathedral Attics in Summer Conditions—Testing Method |
Cristian Ciucasu
Jérôme Gilles
Jean-Baptiste Rieunier |
| Paper 182 |
Development of Limits for the Linear Thermal Transmittance of Thermal Bridges in Buildings |
A. Janssens
E. Van Londersele
B. Vandermarcke
S. Roels
P. Standaert
P. Wouters |
| Paper 183 |
A Method for Including Moisture Safety in the Building Process |
K. Mjörnell
J. Arfvidsson
T. Larsson
E. Sikander
L. Söderlind
C. Wihlborg
P. Åhman
L. Östberg |
| Paper 184 |
Measurements of Moisture Transport in Wood-Based Materials under Isothermal and Nonisothermal Conditions |
Samuel V. Glass |
| Paper 186 |
Reliable Design of Natural Night Ventilation Using Building Simulation |
Hilde Breesch
Arnold Janssens |
| Paper 192 |
A Simplified Rapid Energy Model and Interface for Nontechnical Users |
Bryan J. Urban
Leon R. Glicksman |
| Paper 195 |
Performance Evaluation of Humidity-Controlled Ventilation Strategies in Residential Buildings |
N. Van Den Bossche
A. Janssens
N. Heijmans
P. Wouters |
| Paper 196 |
Modeling and Design Approach for Treatment of Highly Thermally Conductive Architectural Elements in High Performance Buildings in Mixed Climates |
Peter W. Coats |
| Paper 197 |
Humidity Implications for Meeting Residential Ventilation Requirements |
Iain S. Walker
Max H. Sherman |
| Paper 198 |
Simulation of Wind-Driven Rain Penetration Effects on the Performance of a Stucco-Clad Wall |
F. Tariku
S.M. Cornick
M.A. Lacasse |
| Paper 204 |
Evaluation of Water-Resistive Barrier Performance in Stucco Walls |
Neil P. Leslie |
| Paper 206 |
Considerations when Using Foam in Building Construction—Some Lessons Learned |
David Kayll |
| Paper 208 |
Characterization of Indoor Hygrothermal Conditions in Houses in Different Northern Climates |
M. Rousseau
M. Manning
M.N. Said
S.M. Cornick
M.C. Swinton |
| Paper 209 |
Prediction of Insulation Drying in Building Assemblies under Construction |
Francis J. Babineau, Jr.
Marcus V.A. Bianchi |
| Paper 210 |
Air Cavities Behind Claddings—What Have We Learned? |
Mikael Salonvarra
Achilles N. Karagiozis
Marcin Pazera
William Miller |
| Paper 211 |
A Comprehensive Hygrothermal Investigation of an Unvented Energy-Efficient Roof Assembly in the Pacific Northwest |
Dan Auer
Achilles N. Karagiozis
Andre Desjarlais |
| Paper 212 |
Developing a Design Protocol for Low Air and Vapour Permeance Insulating Sheathing in Cold Climates |
William C. Brown
Patrick Roppel
Mark Lawton |
| Paper 213 |
Panels³ |
Jeff Christian |
| Paper 218 |
Moisture-Buffering Effect—Experimental Investigations and Validation |
Andreas Holm
Kristin Lengsfeld |
| Paper 219 |
White Roofs and Moisture in the US Desert Southwest |
William B. Rose |
| Paper 220 |
Modeling of Air Convection Effects on Hygrothermal Performance of Vented Roofs |
John Grunewald
Andreas Nicolai
Jianshun (Jensen) Zhang |
| Paper 222 |
Heat Loss Due to Thermal Bridges in a Foundation with Floor Heating |
Peter Roots
Carl-Eric Hagentoft |
| Paper 223 |
Low Energy Log Walls Under Cold Climate Conditions |
Tuomo Ojanen |
| Paper 224 |
Hygrothermal Performance Testing of Wall Assemblies Employing a Three-Dimensional Weather-Resistive Barrier and Drainage Membrane |
Marcus Jablonka
Achilles Karagiozis |
| Paper 225 |
Cool Roofs and Thermal Insulation: Energy Savings and Peak Demand Reduction |
Marcus V.A. Bianchi
André O. Desjarlais
William A. Miller
Thomas W. Petrie |
| Paper 232 |
Failed Fenestration: New Materials Require New Techniques |
James D. Katsaros
Barry G. Hardman |
| Paper 235 |
Comparison of Measured and Calculated Residential Cooling Loads |
Charles S. Barnaby
Bruce A. Wilcox |
| Paper 238 |
Estimating the Environmental Consequences of Building Envelope Failures |
Mark Lucuik |
| Paper 242 |
Modeling of Uncontrolled Indoor Humidity for HAM Simulations of Residential Buildings |
Patrick Roppel
William C. Brown
Mark Lawton |
| Paper 256 |
Ventilation and Wall Research House |
W. Maref
B. Ouazia
J. Reardon
M. Rousseau |
| Paper 257 |
Determination of Instantaneous Moisture Content and Moisture Potential Profiles |
Gregor Scheffler
Rudolf Plagge |
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