Carmichael, K., Anderson, M., Murray, V. (2011) Overheating and health : a review into the physiological response to heat and identification of indoor heat thresholds.
CEN (2007) EN 15251: Indoor environmental input parameters for design and assessment of energy performance of buildings.
Dhalluin, A.,Limam, K. (2012) Comparison of Natural and Hybrid Ventilation Strategies used in Classrooms in Terms of Indoor Environmental Quality, Comfort and Energy Savings. Indoor and Built Environment, 23(4), 527–542.doi:10.1177/1420326X12464077
Foldbjerg, P., Asmussen, T. F. (2013C) Ventilative cooling of residential buildings: strategies , measurement results and lessons-learned from three active houses in Austria , Germany and Denmark. In Proceedings of AIVC 2013.
Foldbjerg, P., Asmussen, T. F., Christoffersen, J. (2014B) Indoor Climate in a Danish Kindergarten built according to Active House Principles : Measured Thermal Comfort and use of Electrical Light. In AIVC conference 2014 (pp. 188–197)
Foldbjerg, P., Knudsen, H. N. (2014) Maison Air et Lumière a case from model home 2020 project. REHVA Journal (June), 55–57.
Larsen, T. S., Jensen, R. L., and Daniels, O. (2011) The Comfort Houses (p. 98) Aalborg University report.
Orme, M. (2003) Control of overheating in future housing, Design guidance for lowenergy strategies. Hertfordshire, UK: Faber Maunsell Ltd.