Session |
Title |
Session Chair |
Session Chair email |
Paper # |
Title |
1 |
Building Envelope Performance Studies |
Ben Meyer |
benjamin.meyer@dupont.com |
127 |
Improving Building Performance through Schematic Level Design Analysis |
1 |
Building Envelope Performance Studies |
Ben Meyer |
benjamin.meyer@dupont.com |
88 |
Guiding Design Teams by Hygrothermal, Energy, and Thermal Comfort Analysis While Managing Uncertainty |
1 |
Building Envelope Performance Studies |
Ben Meyer |
benjamin.meyer@dupont.com |
128 |
Case study: over-cladding for thermal performance and building resiliency |
1 |
Building Envelope Performance Studies |
Ben Meyer |
benjamin.meyer@dupont.com |
85 |
Energy Upgrade of Existing Hospital: A Case Study” |
1 |
Building Envelope Performance Studies |
Ben Meyer |
benjamin.meyer@dupont.com |
7 |
High-Rise Wood Building Enclosures, |
2 |
Heritage & Retrofit Considerations for Buildings |
Kim Pressnell |
pressna@ecf.utoronto.ca |
4 |
Refurbishing Heritage and Historic Buildings |
2 |
Heritage & Retrofit Considerations for Buildings |
Kim Pressnell |
pressna@ecf.utoronto.ca |
34 |
Treatment of Rising Damp in Historic Buildings using a Wall Based Hygro-regulated Ventilation System – Case Studies |
2 |
Heritage & Retrofit Considerations for Buildings |
Kim Pressnell |
pressna@ecf.utoronto.ca |
86 |
Retrofitting Resilience into Buildings in a Mixed Humid Climate |
2 |
Heritage & Retrofit Considerations for Buildings |
Kim Pressnell |
pressna@ecf.utoronto.ca |
154 |
Evaluating roof retrofit options of historical triple decker houses in New England region using a series of thermal, hygrothermal, and whole building energy simulations |
3 |
Taking Stock |
Wahid Maref |
Wahid.Maref@nrc-cnrc.gc.ca; wahid.maref@sympatico.ca
|
19 |
Determining Energy Retrofit Priorities From Occupant Surveys and In-Suite Monitoring in Multi-Unit Residential Buildings |
3 |
Taking Stock |
Wahid Maref |
Wahid.Maref@nrc-cnrc.gc.ca; wahid.maref@sympatico.ca
|
74 |
Condition Assessment of 20 Attics in the North of Sweden |
3 |
Taking Stock |
Wahid Maref |
Wahid.Maref@nrc-cnrc.gc.ca; wahid.maref@sympatico.ca
|
37 |
Investigation of Actual Hygrothermal Performance of 50 Years Old External Envelopes by Destructive Testing |
3 |
Taking Stock |
Wahid Maref |
Wahid.Maref@nrc-cnrc.gc.ca; wahid.maref@sympatico.ca
|
39 |
Effects of Air Leakage on Building Energy use in the US, Canada, and China |
4 |
Air Tightness of Buildings |
Laverne Dalgleish |
LDalgleish@buildingprofessionals.com |
104 |
In-field MURB Air Tightness Testing for Energy Efficiency Program Requirements |
4 |
Air Tightness of Buildings |
Laverne Dalgleish |
LDalgleish@buildingprofessionals.com |
129 |
Air sealing tight commercial and institutional buildings |
4 |
Air Tightness of Buildings |
Laverne Dalgleish |
LDalgleish@buildingprofessionals.com |
16 |
Airtightness of Large Buildings |
4 |
Air Tightness of Buildings |
Laverne Dalgleish |
LDalgleish@buildingprofessionals.com |
24 |
Airtightness Testing of Industrial, Commercial and Institutional Buildings - Lessons Learned from the Red River College Airtightness Testing Program, |
5 |
Ventilation & Air Movement |
Alex McGowan |
amcgowan@levelton.com |
82 |
Practical Applications and Case Studies of Temperature-based Ventilation Control |
5 |
Ventilation & Air Movement |
Alex McGowan |
amcgowan@levelton.com |
87 |
Smart Ventilation Control of Indoor Humidity in High Performance Homes in hot-humid Climates” |
5 |
Ventilation & Air Movement |
Alex McGowan |
amcgowan@levelton.com |
130 |
Measured commercial and institutional building pressures |
5 |
Ventilation & Air Movement |
Alex McGowan |
amcgowan@levelton.com |
136 |
Thermal and moisture performance of buried ducts |
6 |
Attics |
David Roodvoets |
1dlrconsul@charter.net |
66 |
Vapour Conditions and Risk of Mould Growth in Cold Attics with Vapour-Open Roofing Underlay in Cool Temperate Climates |
6 |
Attics |
David Roodvoets |
1dlrconsul@charter.net |
94 |
Influence of Ventilation on the Hygrothermal Conditions in Eaves and Upper Attics |
6 |
Attics |
David Roodvoets |
1dlrconsul@charter.net |
99 |
Monitoring of Two Unvented Roofs with Air-permeable Insulation in CZ 2A |
6 |
Attics |
David Roodvoets |
1dlrconsul@charter.net |
103 |
Cost-effective, High Performance Unvented Attics |
6 |
Attics |
David Roodvoets |
1dlrconsul@charter.net |
45 |
Field Measurements of Moisture in Cold Ventilated Attics with Different Types of Insulation and Vapor Barriers |
7 |
Horizontal Envelope Assemblies |
Mike Ennis |
m.ennis@mac.com |
59 |
About the Hygrothermal Behavior of Wooden Flat Roofs – Influence of Color, Airtightness, Shading and Rate of Insulation” |
7 |
Horizontal Envelope Assemblies |
Mike Ennis |
m.ennis@mac.com |
5 |
Innovative Roof Design for Passive Low Income Housing in Western India |
7 |
Horizontal Envelope Assemblies |
Mike Ennis |
m.ennis@mac.com |
35 |
Effect of Irrigation on Green Roof Performance During Summer, |
7 |
Horizontal Envelope Assemblies |
Mike Ennis |
m.ennis@mac.com |
70 |
Cost-effective Floor Cavity Construction Techniques in two-story Homes |
8 |
High-performance Insulation Systems |
Diana Fisler |
Diana.Fisler@jm.com |
48 |
Long Term Durability of Vacuum Insulation Panels in ETICS” |
8 |
High-performance Insulation Systems |
Diana Fisler |
Diana.Fisler@jm.com |
52 |
Method to Evaluate and Develop Next Generation Vacuum insulation panels for implementation in the retrofit of existing building envelopes |
8 |
High-performance Insulation Systems |
Diana Fisler |
Diana.Fisler@jm.com |
64 |
Development of High Performance Composite Foam Insulation with Vacuum Insulation Cores |
8 |
High-performance Insulation Systems |
Diana Fisler |
Diana.Fisler@jm.com |
153 |
Field demonstration of superior performance of advanced building technologies |
8 |
High-performance Insulation Systems |
Diana Fisler |
Diana.Fisler@jm.com |
92 |
Thermal Performance Evaluation of Walls with Gas Filled Panel Insulation |
9 |
Insulated Assemblies |
Patrick Roppel |
PRoppel@morrisonhershfield.com |
73 |
Impact of Insulated Concrete Balcony Curb on Interior Concrete Surface Temperature |
9 |
Insulated Assemblies |
Patrick Roppel |
PRoppel@morrisonhershfield.com |
26 |
Field Demonstration of an Attic Retrofit Strategy Using Cellulose Insulation and Phase Change Material |
9 |
Insulated Assemblies |
Patrick Roppel |
PRoppel@morrisonhershfield.com |
60 |
Field Test on Four Types of Interior Insulation Systems – Influence of Orientation and Airtightness |
9 |
Insulated Assemblies |
Patrick Roppel |
PRoppel@morrisonhershfield.com |
145 |
Determining the performance of an exterior continuous insulation wall assembly |
9 |
Insulated Assemblies |
Patrick Roppel |
PRoppel@morrisonhershfield.com |
69 |
A Comprehensive Energy Analysis of Thermal Mass Benefits in Homes |
10 |
Hygrothermal Performance & Durabilty |
Dave Yarbrough |
dave@rdservices.com |
23 |
Comparison of Measured Hygothermal Performance of Wood Frame Walls Built w/Continuous Exterior Insulation vs Walls Built w/Housewrap & Oriented Strand Board Sheathing in Single Family Homes in a Cold Climate |
10 |
Hygrothermal Performance & Durabilty |
Dave Yarbrough |
dave@rdservices.com |
84 |
Measured and Predicted Moisture Durability Performance of High-R Wall Assemblies in Cold Climates |
10 |
Hygrothermal Performance & Durabilty |
Dave Yarbrough |
dave@rdservices.com |
96 |
Field Evaluation of Thermal and Moisture Response of Highly Insulated Wood-frame Wall Assemblies |
10 |
Hygrothermal Performance & Durabilty |
Dave Yarbrough |
dave@rdservices.com |
20 |
Long-Term Durability of Polymeric Water-Resistive Barriers |
11 |
Performance of Glazing Systems |
David Kayll |
DKayll@morrisonhershfield.com |
56 |
The Impact of Window-to-wall Ratio on Energy Intensity of Existing Commercial Building in Ontario and Quebec |
11 |
Performance of Glazing Systems |
David Kayll |
DKayll@morrisonhershfield.com |
142 |
Demonstration and Evaluation of Low-E Storm Windows and Advanced Window Coverings in the PNNL Lab Homes |
11 |
Performance of Glazing Systems |
David Kayll |
DKayll@morrisonhershfield.com |
116 |
Case study of a high performance curtain wall in a subarctic climate |
11 |
Performance of Glazing Systems |
David Kayll |
DKayll@morrisonhershfield.com |
8 |
Window Condensation – Theory Into Practice |
12 |
Assessing Heat and Moisture Flow |
Brian Stroik |
BStroik@tremcoinc.com |
132 |
Moisture-related durability of in-service high-R wall assemblies in pacific northwest climates |
12 |
Assessing Heat and Moisture Flow |
Brian Stroik |
BStroik@tremcoinc.com |
57 |
Evaluation of a Modified co-heating Test for in-situ Measurements of Thermal Transmittance of Single Family Houses |
12 |
Assessing Heat and Moisture Flow |
Brian Stroik |
BStroik@tremcoinc.com |
29 |
Effectivity of Technical Drying Methods of Floor and Wall Constructions after Water Damage |
12 |
Assessing Heat and Moisture Flow |
Brian Stroik |
BStroik@tremcoinc.com |
95 |
A Simplified Energy Savings Calculation Aid in Tool for the Lifetime Energy and Environmental Impact Assessment of Insulation Materials |
13 |
Low Energy Buildings |
Chris Mathis |
Chris@mathisconsulting.com |
61 |
Techno-economical Analysis of an Industrial Building Complex Retrofitted with a PCM-based Solar Thermal Energy Storage |
13 |
Low Energy Buildings |
Chris Mathis |
Chris@mathisconsulting.com |
157 |
Net Zero Energy Building |
13 |
Low Energy Buildings |
Chris Mathis |
Chris@mathisconsulting.com |
106 |
Net zero energy residential buildings in Canada: case study evaluations of production builders |
13 |
Low Energy Buildings |
Chris Mathis |
Chris@mathisconsulting.com |
93 |
Evaluation of Energy Efficiency of U.S. Army Hard Shelters: B-huts and SIP-hut |
Session |
Title |
Session Chair |
Session Chair email |
Paper # |
Title |
1 |
Material Properties |
Manfred Kehrer |
kehrerm@ornl.gov |
17 |
Determination of linear thermal transmittance of vacuum-insulation-panels (VIP) by measurement in a guarded hot-plate apparatus (GHP) or a heat-flow meter apparatus (HFM) |
1 |
Material Properties |
Manfred Kehrer |
kehrerm@ornl.gov |
79 |
Application of the stochastic material database for probabilistic building simulation |
1 |
Material Properties |
Manfred Kehrer |
kehrerm@ornl.gov |
119 |
Hygrothermal material property functions for building design simulation |
2 |
Material Durability |
Mikael Salonvaara |
mikael.salonvaara@owenscorning.com |
14 |
Use of field data analysis to demonstrate construction material durability and design improvements over time |
2 |
Material Durability |
Mikael Salonvaara |
mikael.salonvaara@owenscorning.com |
46 |
Critical property contrasts of fluid applied air and water barrier membranes used for envelope: chemistries, performance and durability |
2 |
Material Durability |
Mikael Salonvaara |
mikael.salonvaara@owenscorning.com |
97 |
Developments in masonry freeze-thaw assessment |
2 |
Material Durability |
Mikael Salonvaara |
mikael.salonvaara@owenscorning.com |
149 |
Properties of closed cell insulation after long-term exposure to moisture |
3 |
Insulation Performance |
Andreas Holm |
Holm@fiw-muenchen.de |
6 |
The effect of temperature on insulation performance: considerations for optimizing wall and roof designs |
3 |
Insulation Performance |
Andreas Holm |
Holm@fiw-muenchen.de |
67 |
Wind washing effects on insulating sheathings |
3 |
Insulation Performance |
Andreas Holm |
Holm@fiw-muenchen.de |
98 |
Thermal performance engineering of polyiso |
3 |
Insulation Performance |
Andreas Holm |
Holm@fiw-muenchen.de |
102 |
Impact of variable thermal conductivity materials in the moisture management of wall assemblies |
4 |
Walls - Moisutre and Durability A |
Diana Hun |
hunde@ornl.gov |
1 |
Using fibre insulation as a means of drying internally insulated masonry systems |
4 |
Walls - Moisutre and Durability A |
Diana Hun |
hunde@ornl.gov |
2 |
Building renovation with interior insulation on solid masonry walls in Denmark – a method to evaluate and compare insulation materials |
4 |
Walls - Moisutre and Durability A |
Diana Hun |
hunde@ornl.gov |
13 |
A public domain, transient, experimental database on the hygrothermal performance of durable, energy efficient full basement foundation walls in a cold climate |
4 |
Walls - Moisutre and Durability A |
Diana Hun |
hunde@ornl.gov |
146 |
Impact of future climate change on the durability of typical Canadian building envelope assemblies retrofitted to the passivehaus standard |
5 |
Walls - Moisutre and Durability B |
Fitsum Tariku |
fitsum_tariku@bcit.ca |
38 |
Protocol to evaluate the moisture durability of energy-efficient walls |
5 |
Walls - Moisutre and Durability B |
Fitsum Tariku |
fitsum_tariku@bcit.ca |
91 |
Applying a limit-states design approach to the performance assessment of wood frame wall assemblies |
5 |
Walls - Moisutre and Durability B |
Fitsum Tariku |
fitsum_tariku@bcit.ca |
109 |
Risk of condensation and mould growth in highly insulated wood-frame wall systems |
5 |
Walls - Moisutre and Durability B |
Fitsum Tariku |
fitsum_tariku@bcit.ca |
143 |
Hygrothermal performance of cross-laminated timber wall assemblies: a stochastic approach |
6 |
Attic and Roof Performance |
Bill Rose |
wrose@illinois.edu |
11 |
11 Moisture movement in sealed and semi-conditioned attics as compared to ventilated attics operating In a hot, humid climate |
6 |
Attic and Roof Performance |
Bill Rose |
wrose@illinois.edu |
12 |
Field study on the thermal and hygrothermal performance of insulated ventilated nail base system |
6 |
Attic and Roof Performance |
Bill Rose |
wrose@illinois.edu |
80 |
Determination of proper ventilation rates in ventilated attics – Comparison between field measurements and results from hygrothermal calculations |
6 |
Attic and Roof Performance |
Bill Rose |
wrose@illinois.edu |
137 |
Annual energy and heat flows in vented and sealed attics – sensitivity study |
6 |
Attic and Roof Performance |
Bill Rose |
wrose@illinois.edu |
152 |
Field test experiments and numerical analysis of reflective technologies in attic spaces |
7 |
Indoor Environment and Thermal Comfort |
Stan Gatland |
stanley.d.gatland@saint-gobain.com |
30 |
Experimental study on the self-regulation ability of low temperature water-based concrete embedded floor heating systems |
7 |
Indoor Environment and Thermal Comfort |
Stan Gatland |
stanley.d.gatland@saint-gobain.com |
41 |
Building performance investigation by indoor environment questionnaires in arctic Sweden |
7 |
Indoor Environment and Thermal Comfort |
Stan Gatland |
stanley.d.gatland@saint-gobain.com |
71 |
Measured differences of ground and space temperatures for side-by-side slab on grade residences with and without carpet |
7 |
Indoor Environment and Thermal Comfort |
Stan Gatland |
stanley.d.gatland@saint-gobain.com |
120 |
Characterizing indoor humidity for comparison studies: the moisture balance approach |
8 |
Rain |
Hugo Hens |
hugo.hens@kwk.kuleuven.be |
50 |
An overview of rain water infiltration at interfaces |
8 |
Rain |
Hugo Hens |
hugo.hens@kwk.kuleuven.be |
51 |
Watertightness standards versus real rain events: too severe or unsafe? |
8 |
Rain |
Hugo Hens |
hugo.hens@kwk.kuleuven.be |
78 |
Analysis of wind-driven rain exposure of multiple buildings based on long-term monitoring |
8 |
Rain |
Hugo Hens |
hugo.hens@kwk.kuleuven.be |
81 |
Determination of measured leakages from wind driven rain in walls using interpolation and hygrothermal calculation tools |
8 |
Rain |
Hugo Hens |
hugo.hens@kwk.kuleuven.be |
126 |
Water infiltration into facades from water splashes – laboratory study |
9 |
Intentional and Unintentional Airflow |
Chris Schumacher |
chris@buildingsciencelabs.com |
27 |
Duct leakage repeatability testing |
9 |
Intentional and Unintentional Airflow |
Chris Schumacher |
chris@buildingsciencelabs.com |
58 |
Airflow through lightweight constructions – influence of pressure difference and position/size of leakages |
9 |
Intentional and Unintentional Airflow |
Chris Schumacher |
chris@buildingsciencelabs.com |
76 |
Modeling air gaps in ventilated spaces in roofs and walls for hygorthermal calculations |
9 |
Intentional and Unintentional Airflow |
Chris Schumacher |
chris@buildingsciencelabs.com |
115 |
Simulating air leakage in walls and roofs using indoor and outdoor boundary conditions |
10 |
Thermal Performance and Thermal Bridging |
Jan Kosny |
jkosny@cse.fraunhofer.org |
55 |
Thermal optimization of curtain wall systems |
10 |
Thermal Performance and Thermal Bridging |
Jan Kosny |
jkosny@cse.fraunhofer.org |
140 |
Infrared thermography technique as an in-situ method of assessing heat loss through thermal bridging |
10 |
Thermal Performance and Thermal Bridging |
Jan Kosny |
jkosny@cse.fraunhofer.org |
144 |
Dynamic effect of thermal bridges on the energy performance of a high-rise residential building |
11 |
Innovative approaches |
Carl-Eric Hagentoft |
Carl-Eric.Hagentoft@chalmers.se |
54 |
Alternative core materials for VIPs |
11 |
Innovative approaches |
Carl-Eric Hagentoft |
Carl-Eric.Hagentoft@chalmers.se |
83 |
Big area additive manufacturing applied to building envelopes |
11 |
Innovative approaches |
Carl-Eric Hagentoft |
Carl-Eric.Hagentoft@chalmers.se |
113 |
Potential on building performances improvements using seasonal adaptable facades – The context of residential buildings in temperate and humid climates |
11 |
Innovative approaches |
Carl-Eric Hagentoft |
Carl-Eric.Hagentoft@chalmers.se |
124 |
The economic benefit of restoration methods: a holistic approach |
12 |
Whole Building Performance |
Katrin Klingenberg |
katrin@passibehouse.us |
107 |
The use of building thermal mass to move the peak power of the heating system in time – A whole building simulation with parametric analysis |
12 |
Whole Building Performance |
Katrin Klingenberg |
katrin@passibehouse.us |
147 |
Effects of intermitting building operation and thermal storage capacity on energy and comfort |
12 |
Whole Building Performance |
Katrin Klingenberg |
katrin@passibehouse.us |
148 |
Using the building structure to compensate for renewable energy production fluctuations |
12 |
Whole Building Performance |
Katrin Klingenberg |
katrin@passibehouse.us |
151 |
New approach for analysis of complex building envelopes in whole building energy simulations |