The bioenvironmental modeling of Bahar city based on climate-consistent architecture

The identification of the climate of a particular place and the analysis of the climatic needs in terms of human comfort and the use of construction materials is one of the prerequisites of a climate-consistent design. In studies on climate and weather, using illustrative reports, first a picture of the state of climate is offered. Then, based on the obtained results, the range of changes is determined, and the cause-effect relationships at different scales are identified. Finally, by a general examination of the obtained information, on the one hand, the range of changes is identified, and, on the other hand, their practical uses in the future are selected. In the present paper, the bioclimatic conditions of Bahar city, according to the 29-year-long statistics of the synoptic station between 1976 and 2005 was examined, using Olgyay and Mahoney indexes. It should be added that, because of the short distance between Bahar and Hamedan, they have a single synoptic station. The results indicate that Bahar city has dominantly cold weather during most of the months. Therefore, based on the implications of each method, the principles of the suggestive architectural designing can be integrated and improved in order to achieve sustainable development.