The Bioenvironmental modeling of Bahar city based on Climate-consistent Architecture
Keywords:
Olgyay’s Bioclimatic Building Standards, Mahoney’s Chart, Comfort Temperature, Climatic Designing, Bahar CityAbstract
The identification of the climate of a particularplace and the analysis of the climatic needs in terms of human comfort and theuse of construction materials is one of the prerequisites of aclimate-consistent design. In studies on climate and weather, usingillustrative reports, first a picture of the state of climate is offered. Then,based on the obtained results, the range of changes is determined, and thecause-effect relationships at different scales are identified. Finally, by ageneral examination of the obtained information, on the one hand, the range ofchanges is identified, and, on the other hand, their practical uses in thefuture are selected. In the present paper, the bioclimatic conditions of Baharcity, according to the 29-year-long statistics of the synoptic station between1976 and 2005 was examined, using Olgyay and Mahoney indexes. It should beadded that, because of the short distance between Bahar and Hamedan, they havea single synoptic station. The results indicate that Bahar city has dominantlycold weather during most of the months. Therefore, based on the implications ofeach method, the principles of the suggestive architectural designing can beintegrated and improved in order to achieve sustainable development.
References
Akhtarkaven, M., 2011. Regulating conditions compatible with the climate and environment in Iran., V.1 (Climate,
architecture, and energy). Tehran: Kolhar Publishers.
Bideli, M., Ghajarbeigi, M.M., 2011. The traditional architecture of Iran: a reflection of sustainable architecture.
Hamedan. 2’nd Confer. Sust. Architect.
Farajzadeh Asl, M., Ghorbani, A., Lashkari, H., 2007. The study of the compatibility of the architecture of the
buildings in Sanandaj with the bioclimatic conditions in Mahoney’s method. The Periodical of the Instr.
Human Sci., 2, p. 161-180.
Ghiabaklu, Z., 2011. The principles of the building physics (adjusting the environmental conditions) (1’st Volume).
Tehran: Jahade Daneshgahi Publishers of Amir Kabir University’s Industrial Unit.
Mahmudi, M., 2009. The principles of sustainable designing in line with the goals of sustainable development.
www.irancivilcenter.com.
Razjuyan, M., 2009. Comfort in the light of climate compatible architecture (2’nd Volume). Tehran: Shahid
Beheshti Univ.Publ.
Sadeghi Ravesh, M.H., Ghorbani., 2010. The evaluation of the coefficients of bioclimate affecting human comfort:
A case study of Yazd. Natur. Geogr.Period., 4, 77-92.
Tahbaz, M., 2009. The statistical analysis method for designing climate-compatible architectural designing. Te
Period. Fine Arts Urban Plann., 1(38), p.61-72.
Tahbaz, M., Jalilian, Sh.B., 2009. The principles of designing compatible with the climate in Iran with an approach
to the architecture of mosques (1’st volume). Shahid Beheshti Univ. Publ.
Watson, D.L., Kont., 2001. Climatic Planning, the theoretical and executive principles of the use of energy in
buildings, Tehran: Tehran University Press.
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