REMOVAL NOTICE: Field research study for investigating wetting and drying characteristics in wood-framing walls subjected to cold climate

Alev U Uus A Teder M , et al. (2014) Air leakage and hygrothermal performance of an internal insulated log house. In: The 10th Nordic symposium on building physics, Lund, 15–19 June.

Arena LB Owens D Mantha P (2013) Measured performance of an R-40 double-stud wall in climate zone 5a. In: Proceedings of the thermal performance of the exterior envelopes of whole buildings XII international conference, Clearwater Beach, FL, 1–5 December.

Belleudy C Kayello A Woloszyn M , et al. (2015) Experimental and numerical investigations of the effects of air leakage on temperature and moisture fields in porous insulation. Building and Environment 94(2): 457–466.

Craven C Garber-Slaght R (2014) Exterior insulation envelope retrofits in cold climates: implications for moisture control. HVAC&R Research 20: 384–394.

Derome D (2005) Moisture accumulation in cellulose insulation caused by air leakage in flat wood frame roofs. Journal of Building Physics 28(3): 269–287.

Desmarais G (2000) Impact of added insulation on the hygrothermal performance of leaky exterior wall assemblies. Master’s Thesis, Concordia University, Montreal, QC, Canada.

Elmahdy AH Maref W Saber HH , et al. (2010) Assessment of the energy rating of insulated wall assemblies—a step towards building energy labeling. In: 10th international conference for enhanced building operation, Kuwait, 26–28 October, pp. 1–12. London: Institution of Mechanical Engineers.

Elmahdy AH Maref W Swinton MC , et al. (2009) Development of energy ratings for insulated wall assemblies. In: 2009 building envelope symposium, San Diego, CA, 26 October, pp. 21–30. London: Institution of Mechanical Engineers.

Fox M (2014) Hygrothermal performance of highly insulated wood frame walls with air leakage: field measurement and simulations. Master’s Thesis, Ryerson University, Toronto, ON, Canada.

Ge H Straube J Wang L , et al. (2019) Field study of hygrothermal performance of highly insulated wood-frame walls under simulated air leakage. Building and Environment 160: 106202.

Glass S Kochkin V Drumheller CS , et al. (2015) Moisture performance of energy-efficient and conventional wood-frame wall assemblies in a mixed-humid climate. Buildings 5: 759–782.

Janssens A Hens H (2003). Interstitial condensation due to air leakage: a sensitivity analysis. Journal of Building Physics 27(1): 15–29.

Karagiozis AN Salonvaara MK (1999) Hygrothermal performance of EIFS-clad walls: effect of vapor diffusion and air leakage on the drying of construction moisture. In: Boyd JM Scheffler MJ (eds) ASTM STP1352. Water Problems in Building Exterior Walls: Evaluation, Prevention and Repair. West Conshohocken, PA: ASTM International, pp. 32–59.

Lacasse MA Saber HH Maref W , et al. (2016) Field evaluation of thermal and moisture response of highly insulated wood-frame walls. In: The 13th international conference on thermal performance of the exterior envelopes of whole, buildings XIII, Clearwater, FL, 5–8 December.

Langmans J Klein R Roels S (2012) Hygrothermal risks of using exterior air barrier systems for highly insulated light weight walls: a laboratory investigation. Building and Environment 56: 192–202.

Maref W Armstrong MM Rousseau MZ , et al. (2010.) A field monitoring investigation of the effect of adding different exterior thermal insulation materials on the hygrothermal response of wood-frame walls in a cold climate. In: Proceedings of the building enclosure science & technology (BEST2) conference, Portland, OR, 12–14 April.

Maref W Saber HH Glazer R , et al. (2011) Energy performance of highly insulated wood-frame wall systems using a VIP. In: 10th international vacuum insulation symposium, Ottawa, ON, Canada, 15 September, Empa Akademie. pp. 68–76.

Ojanen T Kumaran MK (1992) Air exfiltration and moisture accumulation in residential wall cavities. In: Thermal performance of exterior envelopes of buildings V, Clearwater, FL, 7–10 December.

Ojanen T Kumaran K (1996) Effect of exfiltration on the hygrothermal behaviour of residential wall assembly. Journal of Thermal Insulation and Building Envelopes 19: 215–227.

Ontario Ministry of Municipal Affairs and Housing (2019) Ontario building code. Available at: http://www.mah.gov.on.ca/Page7393.aspx

Parsons G Lieburn B (2013) Comparative energy and wall performance of twelve residential houses constructed in a cold climate. In: Proceedings of the thermal performance of the exterior envelopes of whole buildings XII international conference, Clearwater Beach, FL, 1–5 December.

Saber HH Maref W (2015) Risk of condensation and mould growth in wood-frame wall systems with different exterior insulations. In: Building enclosure science & technology conference (BEST4 conference), 12–15 April, Kansas City, MI.

Saber HH Lacasse MA Moore TV (2017) Hygrothermal performance assessment of stucco-clad wood frame walls having vented and ventilated drainage cavities. In: Advances in Hygrothermal Performance of Building Envelopes: Materials, Systems and Simulations, ASTM STP1599. ASTM International, pp. 198–231. Available at: https://www.astm.org/DIGITAL_LIBRARY/STP/PAGES/STP159920160100.htm

Saber HH Lacasse MA Ganapathy G , et al. (2016) Risk of condensation and mould growth in highly insulated wood-frame walls. In: The 13th international conference on thermal performance of the exterior envelopes of whole, buildings XIII, Clearwater, FL, 5–8 December.

Saber HH Maref W Abdulghani K (2014) Properties and position of materials in the building envelope for housing and small buildings. Report No. A1-004615.1, 31 December. Ottawa, ON, Canada: NRC-Construction, National Research Council of Canada.

Saber HH Maref W Hajiah AE (2019) Hygrothermal performance of cool roofs subjected to Saudi climates. Journal of Frontiers in Energy Research 7: 39. Available at: https://www.frontiersin.org/articles/10.3389/fenrg.2019.00039/full

Saber HH Maref W Elmahdy AH , et al. (2010) 3D thermal model for predicting the thermal resistance of spray polyurethane foam wall assemblies. In: 11th international conference on thermal performance of the exterior envelopes of whole buildings XI, Clearwater, FL, 5 December, Oak Ridge National Laboratory. pp. 1–19.

Saber HH Maref W Elmahdy AH , et al. (2012) 3D heat and air transport model for predicting the thermal resistance of insulated wall assemblies. Journal of Building Performance Simulation 5(2): 75–91.

Smegal J Lstiburek J Straube J , et al. (2013) Moisture-related durability of walls with exterior insulation in the pacific northwest. In: Proceedings of the thermal performance of the exterior envelopes of whole buildings XII international conference, Clearwater Beach, FL, 1–5 December.

TenWolde A Rose WB (1996) Moisture control strategies for the building envelope. Journal of Building Physics 19(3): 206–214.

Ueno K (2015) Monitoring of double-stud wall moisture conditions in the northeast. Building America Report 1501. Westford, MA: Building Science Corporation.

Vokey D Nelson C Friesen C (2006) A simple and useful method to detect and pinpoint envelope failures during field testing of a gypsum sheathed wall. In: Proceedings of the third international building physics conference, 27–31 August 2006. Montreal, QC, Canada. Taylor & Francis. pp. 419–424.