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Amadi, A I and Higham, A (2019) Putting context to numbers: a geotechnical risk trajectory to cost overrun extremism. Construction Management and Economics, 37(04), 217–37.

Brager, G and Baker, L (2009) Occupant satisfaction in mixed-mode buildings. Building Research & Information, 37(04), 369–80.

Isaacs, N (2019) Evolution of sub-floor moisture management requirements in UK, USA and New Zealand 1600s to 1969. International Journal of Building Pathology and Adaptation, 37(04), 366–94.

Kölsch, P (2019) Hygrothermal simulation of cathedral ceiling roofs with ventilated roofing tiles. International Journal of Building Pathology and Adaptation, 37(04), 473–87.

Kalz, D E, Pfafferott, J, Herkel, S and Wagner, A (2009) Building signatures correlating thermal comfort and low-energy cooling: in-use performance. Building Research & Information, 37(04), 413–32.

Lee, I, Roppel, P, Lawton, M and Ferreira, P (2019) Design limits for framed wall assemblies dependent on material choices for sheathing membranes and exterior insulation. International Journal of Building Pathology and Adaptation, 37(04), 426–47.

• Type: Journal Article
• Keywords: Design limits; Hygrothermal;
• ISBN/ISSN: 2398-4708
• URL: https://doi.org/10.1108/IJBPA-09-2018-0075
• Abstract:
  The purpose of this paper is to propose a methodology for evaluating the hygrothermal performance of framed wall assemblies based on design limits. This methodology allows designers to evaluate wall assemblies based on their absolute performance rather than relative performance which is typically done for most hygrothermal analysis. The approach in developing this methodology was to evaluate wall assemblies against three typical design loads (e.g. air leakage, construction moisture, rain penetration) and determine limits in minimum insulation ratio, maximum indoor humidity and maximum rain penetration rates. This analysis was performed at both the field area of the wall and at framing junctions such as window sills. The findings in this paper shows example design limits for various wall assemblies in heating-dominated climates in North America. Design limits for wall assemblies with moisture membranes of different vapour permeance are provided for both the field area of the wall and at window sills. Discussions about the importance of 2D hygrothermal simulation and performance of vapour permeable sub-sill membranes are also provided. This framework of hygrothermal analysis will enable designers to make better decisions when designing framed wall assemblies suitable to the local climate and interior specifications for their projects. It will also enable the development of a design tool that will allow designers to visually see the implications of certain design decisions and filter out designs that do not meet their design conditions.

Lomas, K J, Cook, M J and Short, C A (2009) Commissioning hybrid advanced naturally ventilated buildings: a US case study. Building Research & Information, 37(04), 397–412.

Loosemore, M and Reid, S (2019) The social procurement practices of tier-one construction contractors in Australia. Construction Management and Economics, 37(04), 183–200.

Nicol, J F, Hacker, J, Spires, B and Davies, H (2009) Suggestion for new approach to overheating diagnostics. Building Research & Information, 37(04), 348–57.

Pelsmakers, S, Vereecken, E, Airaksinen, M and Elwell, C C (2019) Void conditions and potential for mould growth in insulated and uninsulated suspended timber ground floors. International Journal of Building Pathology and Adaptation, 37(04), 395–425.

Pout, C and Hitchin, E R (2009) Future environmental impacts of room air-conditioners in Europe. Building Research & Information, 37(04), 358–68.

Rijal, H B, Humphreys, M A and Nicol, J F (2009) Understanding occupant behaviour: the use of controls in mixed-mode office buildings. Building Research & Information, 37(04), 381–96.

Rose, W (2019) Must attic ventilation be preserved in energy retrofits?. International Journal of Building Pathology and Adaptation, 37(04), 461–72.

Rupp, S H and Plagmann, M (2019) Characterisation of air permeability of common ceiling linings and penetrations. International Journal of Building Pathology and Adaptation, 37(04), 448–60.

Smith, S D (2019) Safety first? Production pressures and the implications on safety and health. Construction Management and Economics, 37(04), 238–42.

Toppinen, A, Sauru, M, Pätäri, S, Lähtinen, K and Tuppura, A (2019) Internal and external factors of competitiveness shaping the future of wooden multistory construction in Finland and Sweden. Construction Management and Economics, 37(04), 201–16.

Tuohy, P (2009) Regulations and robust low-carbon buildings. Building Research & Information, 37(04), 45.