Endüstriyel bina tasarımında mekanların etkileşiminin mekan sentaksı yöntemi ile analizi

Industrial buildings, particularly factories, require careful consideration in terms of their spatial configuration and integration. The natural user movement and connectivity within these buildings have a significant impact on their functionality and efficiency. Therefore, in this research, the aim is to analyze the integration of spaces in industrial buildings, with a specific focus on factories, in terms of connectivity and natural user movement. To achieve this objective, the space syntax method is employed, which is commonly used for space analysis. Firstly, the concept of space syntax is explained and how it is utilized in space analysis. Secondly, the significance of circulation and spatial configuration in industrial buildings is emphasized, particularly in factories. The analysis is conducted using the Depthmap X software, in both furnished and unfurnished cases, to analyze the different spaces within the factory. The software produces visual maps that illustrate the connectivity and natural user movement within the building. The analyzed results were obtained using logical reasoning, and all explanations are based on the visual data obtained. This research investigates the impact of furniture on the circulation and connectivity of spaces in industrial buildings. The different spaces are analyzed within the factory and produce visual maps that illustrate the connectivity and natural user movement within the building. The flow density of different areas is investigated, and it is observed how it is affected by the intersection of circulation from other spaces. In conclusion, this research sheds light on the importance of the spatial configuration and integration of spaces in industrial buildings, particularly in factories. The analysis using the space syntax method and Depthmap X software provides valuable insights into the natural user movement and connectivity within the building. By investigating the impact of furniture on circulation and connectivity, it contributes to the literature on industrial building design, highlighting the significance of efficient spatial configurations in enhancing their functionality and efficiency.