|
Buildings I proceedings
Buildings II proceedings
Buildings III proceedings
Buildings IV proceedings
Buildings V proceedings
Buildings VI proceedings
Buildings VII proceedings
Buildings VIII proceedings
Buildings IX proceedings
Buildings X proceedings
Buildings XI proceedings
Buildings XI Conference photos
Buildings XII proceedings
|
Buildings VII Proceedings
| Paper 1 |
Testing of Flat Roofs Insulated with Cellulose Fiber |
Paul Fazio
Dominique Derome
Dino Gerbasi
Andreas Athienitis
Sebastiano Depani
|
| Paper 2 |
Application of a New Type of Air and Vapor Retarder in a Self-Drying Sloped Roof with a Cathedral Ceiling |
Hugo Hens
Arnold Janssens
|
| Paper 3 |
The Impact of Reflectivity and Emissivity of Roofs on Building Cooling and Heating Energy Use |
Hashem Akbari
Steven J. Konopacki |
| Paper 4 |
Moisture Studies of a Self-Drying Roof: Tests in the Large-Scale Climate Simulator and Results from Thermal and Hygric Models |
Andre O. Desjarlais
Thomas W. Petrie
Phillip W. Childs
Jerald A. Atchley
|
| Paper 5 |
Convective Processes in Loose-Fill Attic Insulation—Metering Equipment |
Paula Wahlgren
|
| Paper 6 |
Moldy Houses—Building Science Lessons from the Wallaceburg Project |
Mark D. Lawton
|
| Paper 7 |
Evaluation of Energy Performance of Nine Identical Row Houses in Montreal |
Radu G. Zmeureanu
Medgar L. Marceau
Jacques Payer
Dominique Derome
|
| Paper 8 |
Navy Family Housing Energy Audit and Analysis Software |
Craig S. Collins
Richard T. Hibbert
Sharon M. deMonsabert
Charles R. Miles
Walter A. Morgan
Joan Webb Long
|
Paper 9 |
Energy Performance of a Renovated Two-Family House in Massachusetts |
Duncan F. Prahl
|
| Paper 10 |
A Performance-Based Quality Assurance System |
Mark T. Bomberg
Joseph W. Lstiburek |
| Paper 11 |
Experimental Setup for the Study of Air Leakage Patterns |
Guylaine Desmarais
Dominique Derome
Paul Fazio
|
| Paper 12 |
Organic Insulation Materials: Effect on Indoor Humidity and Necessity of a Vapor Barrier |
Carsten Rode
|
| Paper 13 |
A Qualitative Model for Moisture Balance in Painted Vertical Wood Paneling |
Stefan G. Hjort
|
| Paper 14 |
More Moisture Load Tolerance of Construction Assemblies Through the Application of a Smart Vapor Retarder |
Hartwig M. Kuenzel |
| Paper 15 |
Temperature and Moisture Performance of Wall Assemblies with Fiberglass and Cellulose Insulation |
William B. Rose
David J. McCaa |
| Paper 16 |
Strategies for Use of the Building Envelope as a Dynamic Element in Thermal Performance |
M. Mahan
|
| Paper 17 |
Providing Building Efficiency by Optimally Designing Atria into the Whole Building Concept |
P. Simmonds
|
| Paper 18 |
Home Energy Ratings—An Alternative for Determining Code Compliance |
M.E. Verdict
|
| Paper 19 |
Improving the Drying Efficiency of Timber Frame Walls in Cold Climates by Using Exterior Insulation |
Tuomo Ojanen |
| Paper 20 |
Drying Capabilities of Wood Frame Walls with Wood Siding |
Mikael H. Salonvaara
Tuomo T. Ojanen
Erkki Kokko
Achilles N. Karagiozis
|
| Paper 21 |
EIFS Hygrothermal Performance Due to Initial Construction Moisture as a Function of Air Leakage, Interior Cavity Insulation, and Climate Conditions |
Mikael H. Salonvaara
Achilles N. Karagiozis |
| Paper 22 |
Drainage, Ventilation Drying, and Enclosure Performance |
John F. Straube
Eric F.P. Burnett |
| Paper 23 |
Condensation Risk Assessment |
Arnold Janssens
Hugo Hens |
| Paper 24 |
Carbon Monoxide Exposure from a Vehicle in a Garage |
Thomas H. Greiner
Charles V. Schwab
|
| Paper 25 |
Achieving Sustainable Construction in Affordable Housing |
Mark P. Ternes
Michael K. Barcik
Dennis B. Creech |
| Paper 26 |
Computer Simulation of Window Condensation Potential |
Alexander G. McGowan
John L. Wright |
| Paper 27 |
Commissioning for Humidified Buildings |
W. Rose
B. Deal |
| Paper 28 |
Applied Moisture Engineering |
Achilles N. Karagiozis |
| Paper 29 |
Thermal Mass Factors for ICP Walls in the MEC and Manual J |
Bruce A. Wilcox
Martha G. Van Geem |
| Paper 30 |
Retrofit Wall System for Insulation and Lead Encasement in Older Multifamily Housing |
Robert L. Wendt
Sherry E. Livengood
James D. Cavallo
|
| Paper 31 |
Straw Bale Wall Hot Box Test Results and Analysis |
Jeffrey E. Christian
Andre O. Desjarlais
Therese K. Stovall |
| Paper 32 |
The Whole Wall Thermal Performance Calculator—On the Net |
Jeffrey E. Christian
Jan Kosny
Andre O. Desjarlais
Phillip W. Childs |
| Paper 33 |
Thermal Performance of a Low-Cost Sustainable Wall Construction System |
Arun Vohra
Arthur H. Rosenfeld
Michael D. McDiarmid
Therese K. Stovall
Kenneth B. Wilkes
Andre O. Desjarlais
Jan Kosny |
| Paper 34 |
Thermal Performance of Fenestration Systems in the Hot Climate of Saudi Arabia |
John A. Tinker
Khalid Al-Buijan
|
| Paper 35 |
Energy and Daylight Performance of Angular Selective Glazings |
Robert Sullivan
Liliana O. Beltran
Eleanor S. Lee
Michael D. Rubin
Stephen E. Selkowitz
|
| Paper 36 |
Rapid Field Testing of Low-Emittance Coated Glazings for Product Verification |
Brent T. Griffith
Christian J. Kohler
Daniel Turler
Dariush Arasteh
|
| Paper 37 |
Experimental Techniques for Measuring Temperature and Velocity Fields to Improve the Use and Validation of Building Heat Transfer Models |
Brent T. Griffith
Daniel Turler
Howdy Goudey
Dariush K. Arasteh |
| Paper 38 |
Unvented Attic Performance |
J.W. Lstiburek |
| Paper 39 |
Radiation Control Coatings on Rough-Surfaced Roofs at a Federal Facility: Two Summers of Monitoring Plus Roof and Whole Building Modeling |
Thomas W. Petrie
Phillip W. Childs
Jeffrey E. Christian |
| Paper 40 |
A Full-Scale Research Project to Evaluate Industry Concerns Regarding Roof Re-Cover Over Wet Insulation |
Andre O. Desjarlais
James P. Sheahan
Joe Hale
Stan W. Choiniere
Peter C. Garrigus |
| Paper 41 |
Predicting Moisture Problems in Low-Slope Roofing |
Andre O. Desjarlais
Nan A. Byars
|
| Paper 42 |
Two-Dimensional Turbulent Flow and Heat Transfer in Tall Glazing Cavities |
Joseph P. Power
Dragan Curcija
William P. Goss |
| Paper 43 |
Improved Heat Transfer Correlations for Quantifying Laminar Natural Convection Across Fenestration Glazing Cavities |
Yie Zhao
Dragan Curcija
Joseph P. Power
William P. Goss |
| Paper 44 |
Effect of Realistic Boundary Conditions in Computer Modeling of Condensation Resistance for Fenestration Systems |
Dragan Curija
Yie Zhao
William P. Goss |
| Paper 45 |
Local Heat Transfer in Open Frame Cavities of Fenestration Systems |
Thomas R. Branchaud
Dragan Curija
William P. Goss |
| Paper 46 |
Decision Making on the Indoor Environment and Building Envelope of Canada's Library of Parliament |
Stephane P. Hoffman
Mark D. Lawton |
| Paper 47 |
Building Material Problems Caused by Condensation at an Enclosed Swimming Pool and an Enclosed Ice Rink |
Martha G. VanGeem
Kami Farahmandpour
John Gajda
|
| Paper 48 |
Case Study—Ice Dam Remediation for Northeast Ski-Area Condominiums |
Henri C. Fennell |
| Paper 49 |
Moisture in the Roofs of Cold Storage Buildings |
Wayne N. Tobiasson
Alan R. Greatorex
Barbara A. Fabian |
| Paper 50 |
Field Observations and Laboratory Tests of Water Migration in Walls with Shiplap Hardboard Siding |
George A. Tsongas
Dennis P. Govan
Jack A. McGillis
|
| Paper 51 |
Four-Year On-Site Measurement of Heat Flow in Slab-on-Ground Floors with Wet Soils |
Harold A. Trethowen
Angelo E. Delsante |
| Paper 52 |
Three-Dimensional Modeling of Conditioned and Unconditioned Basement Thermal Performance |
William P. Bahnfleth
Cynthia A. Cogil
Grenville K. Yuill
|
| Paper 53 |
Experimental and Theoretical Study of Natural Convection in a Superposed Air and Porous Layer When Heated from Below |
Mihail G. Serkitjis |
| Paper 54 |
Mathematical Simulation for Correct Coupling of Direct Solar Gain to Thermal Mass Inside a Prototypical Space |
Tahar Messadi
|
| Paper 55 |
Effects of Layered Soil on Basement Heat Transfer |
Sangho Choi
Moncef Krarti |
| Paper 56 |
Integrated Performance of an Automated Venetian Blind/Electric Lighting System in a Full-Scale Private Office |
Eleanor S. Lee
Dennis L. DiBartolomeo
Edward L. Vine
Stephen E. Selkowitz
|
| Paper 57 |
Residential Fenestration Performance Analysis Using RESFEN 3.1 |
Yu Joe Huang
Robin D. Mitchell
Dariush Arasteh
Stephen E. Selkowitz |
| Paper 58 |
Realization Rates of the National Energy Audit |
Linda G. Berry
Michael B. Gettings |
| Paper 59 |
To Storm or Not to Storm: Measurement Method to Quantify Impact of Exterior Envelope Airtightness on Energy Usage Prior to Construction |
Andre O. Desjarlais
Kenneth W. Childs
Jeffrey E. Christian
|
| Paper 60 |
Heat Transmission Through Walls with Slotted Steel Studs |
Thomas R. Blomberg
Johan Claesson |
| Paper 61 |
Dynamic Thermal Performance of Concrete and Masonry Walls |
Jan Kosny
Elisabeth Kossecka
Andre O. Desjarlais |
| Paper 62 |
Thermal and Shear Wall Performance of Building Assemblies with Insulated Frames |
Joseph A. Charlson
|
| Paper 63 |
Thermal Inertia of Straw Bale Walls |
Francisco Arumi-Noe
Kathryn Hamilton |
| Paper 64 |
Air Pressures in Wood Frame Walls |
Anton TenWolde
Charles G. Carll
Vyto Malinauskas |
| Paper 65 |
Installed Performance of Two Insulation Systems During Simulated Wind Conditions |
Donald P. Otto |
| Paper 66 |
Typical Envelope and Duct Leakages in Newly Constructed MEC-Compliant Homes |
Matthew M. Pesce
Geoffrey J. Gilg |
| Paper 67 |
Testing of Air Barrier Construction Details |
J. Rousseau |
| Paper 68 |
Developing a New-Generation Building Simulation Tool in the United States |
D.B. Crawley
L.K. Lawrie
C.O. Pedersen
R.J. Liesen
D.E. Fisher
R.K. Strand
R.D. Taylor
F.C. Winkelmann
W.F. Buhl
A.E. Erdem
Y.J. Huang |
| Paper 69 |
Simulation and Testing of Curtain Wall/Sloped Glazing Systems |
Alexander G. McGowan
Andre O. Desjarlais |
| Paper 70 |
Effect of Insulation and Mass Distribution in Exterior Walls on Dynamic Thermal Performance of Whole Buildings |
Elisabeth Kossecka
Jan Kosny
|
| Paper 71 |
Radiation Balance for a Room and a Sun Space: Collapsed Matrix Solution |
Francisco Arumi-Noe |
| Paper 72 |
The Variation of Airtightness of Wood-Frame Houses Over an 11-year Period |
Gary Proskiw |
| Paper 73 |
Development of a Field Procedure to Measure the Airtightness of Wall Construction Elements of Houses |
Grenville K. Yuill
David P. Yuill
|
| Paper 74 |
PERSIST—Pressure Equalized Rain Screen Insulated Structure Technique—Design Approach |
Chris B. Makepeace
Barrie T. Dennis |
| Paper 75 |
An Evaluation Guide for Performance Assessment of Air Barrier Systems |
William C. Brown
Bruno Di Lenardo
Gilles F. Poirier
Mark D. Lawton
|
| Paper 76 |
Modeling the Interactions Between Air Distribution Systems, Building Envelopes, and the Outdoor Environment in a Typical Hot, Humid Climate Residence |
Lixing Gu
Philip W. Fairey
Muthusamy V. Swami
Jo Ellen Cummings
|
| Paper 77 |
The Pressure Response of Buildings |
Joseph W. Lstiburek |
| Paper 78 |
Impact and Stability of Closed Airflow Paths Inside Insulated Structures |
Carl-Eric Hagentoft |
| Paper 79 |
Airtightness of Commercial and Institutional Buildings: Blowing Holes in the Myth of Tight Buildings |
Andrew K. Persily
|
| Paper 80 |
Characterizing the Causes of Foundation Failures in New Residential Construction |
R. Marshall |
| Paper 81 |
On-Grade Insulated Panel Floor System |
G. Brown |
| Paper 82 |
Field Comparison of Spray Applied Insulation Products in Nearly Identical Production Homes |
M. Pesce
|
| Paper 83 |
Development of Straw Insulation Board: Fabrication, Testing, Performance Modeling |
Joseph A. Charlson
Leon R. Glicksman
Henry S. Harvey, Jr.
Leslie K. Norford
|
| Paper 84 |
Hygrothermal Performance of Building Papers and Housewraps |
Joseph W. Lstriburek |
Security Notice
|
