Exploring Residents’ Attitude towards Implementing Housing Design Flexibility in the Gaza Strip
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Altas, Nur Esin & Gzsoy, Ahsen. Spatial Adaptability and Flexibility as Parameters of User Satisfaction for Quality Housing. Building and Environment 33 (5), 311-323, 1998.
Asfour, O. (2012). Towards an effective strategy to cope with housing land scarcity in the Gaza Strip as a sustainable development priority. Habitat International, 36 (2), 295-303.
Asfour, O. & Kandeel, E. (2014). The Potential of Thermal Insulation as an Energy-Efficient Design Strategy in the Gaza Strip. Journal of Engineering Research and Technology, 1 (4), 117-125.
Cao, Xinying, Li, Zhongfu, & Liu, Sha (2015). Study on factors that inhibit the promotion of SI housing system in China. Energy and Buildings. 88, 384–394.
Dhamen, M. (2007). Fundamentals of scientific research. Amman: Dar Al-Massira.
MPWH, Ministry of Public Works and Housing, 2013. Housing situation in the Gaza Strip. http://www.mpwh.ps [28/5/2015].
PCBS, Palestinian Central Bureau of Statistics (2013). Conditions of Palestinians residing in Palestine. Ramallah: PCBS.
PCBS, Palestinian Central Bureau of Statistics, no date. Localities in Gaza Governorate by Type of locality and population estimates, 2007-2016. http://pcbs.gov.ps/Portals/_Rainbow/Documents/gza.htm. [6/6/2015].
Prins, M. (1992). The management of building flexibility in the design process: a design decision support model for optimization of building flexibility in relation to life cycle costs. In M.P. Nicholson (Ed.), Architectural Management (pp. 65-75), London: E & FN Spon.
Tannous, W., Mouhana, Z., & Fakoush, O. (2013). Design flexibility as one of the most important standards for economic housing. Damascus University Journal of Engineering Sciences, 29 (1), 619-638.
Wong, J. F. (2010). Factors affecting open building implementation in high density mass housing design in Hong Kong. Habitat International 34, 174–182.