Simulating Turbulent Airflows in Historic Buildings: Preservation Techniques and Climate Control Strategies

Preserving historic buildings as part of cultural heritage presents a complex challenge in managing indoor climatic conditions. This research investigates the simulation of turbulent air flows in these buildings using Computational Fluid Dynamics (CFD) methods and analyzes their impact on preservation techniques and climate control strategies. The primary objective of the study is to examine how turbulent air flows affect indoor conditions in historic buildings and to develop effective strategies for improving climatic conditions and mitigating damage caused by temperature and humidity changes. This study employs CFD modeling techniques to simulate turbulent air flows in historic buildings and evaluates the various impacts on indoor conditions and preservation techniques. Finally, climate control strategies based on the simulation results are proposed to enhance indoor conditions and effectively preserve these buildings. The findings of this research may contribute to advancing knowledge in historic building preservation and developing new methods for managing their indoor climatic conditions.

کلیدواژه ها:

Computational Fluid Dynamics (CFD) ، Turbulent Airflows ، Historic Building Preservation ، Climate Control Optimization ، Ventilation Systems