چكيده به لاتين
Sistan and Baluchestan region in southeastern Iran has distinct climatic characteristics. One of these characteristics is the wind that blows regularly and intensely in this region throughout the summer. The Sistan wind, with its constant winds, alternates with dust, reduced visibility and increased mineral pollution in the Sistan plain environment. In addition to having a profound effect on the natural appearance of the eastern plateau of Iran, this wind has affected the cultural structure of societies living on the eastern borders, so that the way of life and even the creation of some tools such as asbestos is affected by this climatic phenomenon. Wind is a major factor in wind erosion. Among the local winds of Iran, the 120-day winds of Sistan have a special reputation that they have been ruling in the eastern part of Iran for some time of the year. Among the objectives of this study, while examining the amount of dust subsidence in the interior of the local architecture of this region, is to design the optimal form to minimize the entry of dust into the interior to create the desired air quality. To achieve the goals of the project, the research method is a combination of qualitative and quantitative methods. In the qualitative section, content analysis is included, which includes geographical, meteorological, local and cultural architecture information, and in a small section, simulation will be used by fluid mechanics software (fluent). How to collect library information and software data. Data analysis will be in two parts based on reasoning, induction related to the first part and numerical data obtained from the software (fluent) in the second part. Finally, an attempt has been made to design a suitable and optimal model in the design of a cultural complex in Zahedan city according to the collected data and the obtained results, considering the climate and factors affecting the architecture of this region and considering Create indigenous patterns.
