Evaluating Natural Ventilation Provisions and Occupants’ Ventilation Behavior in Five Terrace Housing Types in Putrajaya, Malaysia
Type
journal article
Year
2016

This study investigates the natural ventilation provisions of residential buildings in the hot-humid climate of Putrajaya as well as the occupants’ utilization and overall satisfaction of these provisions. Five terrace house design types were selected for the study and natural ventilation (NV) provisions were identified through acquired building documents. Computer simulations were carried out on all house types to determine the ventilation rates delivered by the NV provisions. Furthermore, a total of 298 households from the selected house types were surveyed. Two house types were found not to comply with the Uniform Building By-Law (UBBL) governing NV provisions in Malaysia and those house types that complied were found to exhibit higher ventilation rates. Occupants’ level of satisfaction when utilising NV was found to be significantly related to opening sizes complying with UBBL, longer duration of opening windows, and occupants’ means of achieving comfort. This paper informs designers on the importance of complying with the required law governing NV in residential buildings. It also highlights the need for a strict effective enforcement of UBBL compliance for the purpose of building approvals.

Keywords: 

Hot-humid climate; indoor air quality; occupants’ satisfaction; residential buildings; Uniform Building By-Law; ventilation rates

Citation
Idowu, Ibiyeye, Shari, Zalina, and Jaafar, Mohamad. "Evaluating Natural Ventilation Provisions and Occupants’ Ventilation Behavior in Five Terrace Housing Types in Putrajaya, Malasysia." International Journal of Architectural Research: ArchNet-IJAR [Online] 10, no. 2 (29 July 2016): 130-152. http://www.archnet-ijar.net/index.php/IJAR/article/view/868.
Parent Publications
Authorities
Copyright
Ibiyeye Aminat Idowu, Zalina Shari, Mohamad Fakri Zaky Jaafar
Country
Malaysia
Language
English
Keywords
ventilation
green design
sustainable architecture
sustainable design
urban development