İvedik OSB'de küçük ölçekli bir endüstri bölgesinde yangın tahliye sürecinin analizi

In the continuous landscape of scientific advancements, the industrial sector, represented by Ivedik OSB as the studied area in this research, stands as a pivotal entity, dynamically influenced by each breakthrough. This symbiotic relationship propels the industry into a perpetual state of evolution, assimilating the latest updates while occasionally contributing innovations in technology and manufacturing. The rapid metamorphosis in equipment and operational methodologies necessitates a flexible and adaptive approach to maintaining a secure working environment. Unfortunately, prevailing safety practices have not kept pace with these transformative shifts, particularly in the realms of fire protection methods and evacuation plans. This research addresses the critical gap in the current industrial safety paradigm by conducting an agent-based simulation on a case study industrial building within Ivedik OSB. The primary focus is on evaluating and comparing parameters to discern the optimal starting conditions that yield the most favorable results according to predetermined criteria. The study acknowledges the multifaceted nature of the industrial landscape, considering factors such as new operational methods and the flammability of materials employed within Ivedik OSB. The overarching objective of this study is to introduce an agent-based simulation method that can potentially shape future standards for fire protection and evacuation protocols in industrial settings. Using systematic analysis and optimizing starting conditions within Ivedik OSB, the research aims to provide a foundation for enhanced safety measures tailored to the evolving industrial landscape. Possible findings from this study include (1) Highlighting the Effect of Route Efficiency on Evacuation Process Insights into how the efficiency of chosen routes influences evacuation times and overall safety can contribute valuable information for optimizing evacuation plans in industrial settings. (2) Discussing Current Regulations in Türkiye and Identifying Areas for Improvement, the research offers an opportunity to delve into an examination of current safety regulations in Türkiye concerning industrial fire protection and evacuation procedures. By identifying potential gaps or areas for improvement, the study can provide valuable input for enhancing existing regulations to align with contemporary industrial practices. (3) Providing Recommendations for Improving Fire Safety in Industrial Settings, based on the systematic analysis and agent-based simulation within Ivedik OSB, the study aims to provide concrete recommendations for enhancing fire safety measures in industrial settings. These recommendations can offer practical insights for both policymakers and industrial stakeholders, contributing to the development of more effective safety protocols tailored to the evolving industrial landscape.