1. Hens H. Heat, air, and moisture transfer in insulated envelope parts. Task 1; modeling. Final Report, International Energy Agency, Energy Conservation in Buildings and Community System. Annex24: — Heat, Air, and Moisture Transfer in New and Retrofitted Building Envelope Parts; 1996.
2. Kurita N, Ishikawa K. Research on improving durability of pitched roofs for housing, Part 2 Investigation on deterioration of roof substrate in aged houses. Proceedings of Annual Meeting, Architectural Institute of Japan; 2010. p. 281-282.
3. Canada Mortgage and Housing Corporation (CMHC). Wood frame Envelopes in The Coastal Climate of British Columbia, Best Practice Guide Building Technology. CMHC; 1999.
4. A New Test Method to Determine the Relative Drying Capacity of Building Envelope Panels of Various Configurations;Alturkistania;Building and Environment,2008
5. Hygrothermal Analysis for Pitched Roof in Consideration of Water Penetration through Pinholes of Roofing Underlayment Assemblies;Saito;Roofing Research and Standards Development: 8th Volume, ASTM STP 1590: Rossiter WJ, Molleti S, editors. ASTM International,2015