Urban Architecture
Amir Hossein Farshchian; Azita Balali Oskuei
Volume 4, Issue 15 , August 2015, , Pages 53-68
Abstract
The present study is based on the analysis of perceiving geometry aiming at explaining, analyzing and displaying the geometry system of urban development according to different periods and the factors affecting it. Cities are formed from the crowds gathered along rivers and ...
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The present study is based on the analysis of perceiving geometry aiming at explaining, analyzing and displaying the geometry system of urban development according to different periods and the factors affecting it. Cities are formed from the crowds gathered along rivers and caves based on perceived relationships, including the requirements of human survival, and are developed according to the needs of people living in them. The most important issue in this system is the type of organization that bonds these parts to urbanism issues and controls them. The main background and hidden relationship in urbanism system is perceiving geometry. It is a factor that systematizes the principles associated with subjectivities in relation to itself beyond visual perception and identifiable mathematical relations. The main research hypothesis and question presented is how cities are developed based on its perceiving geometry and if this type of geometry is effective in other general and specific subjects such as area and area centers. This paper is based on survey-based research, phases of which include 1. defining this system and its performance; 2. studying perceiving geometry and its effects on the formation of Hamadan as a case study; 3. research literature and analysis of information and documents; 4. detailed description of the main periods and parts of the city; 5. analyzing and displaying graphics, images, and factors affecting the formation and geometry of the city and green areas (centers of districts in Hamadan); 6. identifying how the physical structure of the city is achieved, consolidated and continued based on perceived geometry 7. research results 8. strategies to maintain and renovate the geometry according to time and place; and 9. summary and description of the formation and development of the original geometry. Hamadan has ten main periods of the city development based on the most significant changes in the urbanism system: 1. geometry and basic needs; 2. geometry and security vacuum; 3. geometry and government rule; 4. geometry and Islam; 5. geometry and wars 6. geometry and the notable presence of Shiites 7. geometry and machine 8. geometry and urbanism without geometry; 9. geometry and the increase of urban territory, 10. geometry and machinist. Since the early period, six main factors overshadowed this geometry from the smallest urban cell (house) to green spaces and the whole of the city: accessing water, food, green spaces, being with others, security and livelihood. At present, the remaining green spaces of this perceiving geometry system is that it apparently has no causality and order, but internally it has the most precise causal relationship so that the semantic adaptability of these issues will be manifested by analyzing this issue in the different periods of the city’s development. The basic strategies that result from this research include: 1. detection of the type of process of change according to the geometry of growth and factors affecting it and how to respond in any successful period; 2. examination of the stoppage time and sidelining its correct and appropriate procedure along with the reasons regulating this issue; 3. identification of the type of geometry which, after stoppage period, has taken the procedure and managed the changes; 4. Finally, the adaptation of the type of the main perceiving geometry with the present geometry and entering the modern components in achieving a geometry in accordance with all aspects of present life. This geometry can be the most desirable turning point in this regard with a reforming view to the future of desirable architecture and urban development that can be turned to optimizing and renovating green space according to this type of recognized perceiving geometry.
