ATATÜRK OLİMPİYAT STADI KABUK TASARIMI
Introduction
In modern sports architecture, the aesthetics of stadiums hold significant importance alongside their functionality. However, environmental challenges like wind can adversely affect the spectator experience. At this point, we present a new facade design that addresses wind issues while preserving the existing structure of the stadium. This innovative facade, utilizing EPDM (Ethylene Propylene Diene Monomer) material, offers significant advantages in both aesthetics and functionality.
Architectural Design
The facade design of the stadium is strategically structured with specific openings to promote natural ventilation. This unique facade made of EPDM material is designed to redirect and diffuse wind flow. The designated openings help mitigate the effects of strong winds while enhancing the air quality inside the stadium. This design not only creates a comfortable atmosphere for spectators and athletes but also adds a modern aesthetic to the stadium’s exterior.
Addressing Wind Problems
Wind turbulence is a significant concern in stadiums, affecting both game performance and spectator comfort. Our design aims to tackle this issue by altering the facade structure of the existing stadium. The openings in the EPDM facade guide the wind flow, optimizing air circulation within the stadium. As a result, spectators can enjoy the games without being affected by strong winds.
Environmental Benefits
One of the most important advantages of the new facade design is its potential to enhance energy efficiency. The integration of natural airflow reduces dependence on mechanical ventilation systems, minimizing energy consumption. The sustainability of EPDM material also demonstrates our commitment to environmentally friendly practices in sports architecture by reducing the ecological impact of the structure.
Spectator Experience
This new facade, designed to solve wind issues, will significantly enhance the spectator experience. Fans will enjoy the games in a comfortable environment with optimal air quality, strengthening the connection between the stadium and the audience. The aesthetic appeal of the EPDM facade enriches the overall atmosphere, creating a vibrant and engaging environment for sports enthusiasts.
Conclusion
This innovative facade design, made from EPDM material, represents a significant step in addressing wind issues in existing stadiums. By utilizing natural airflow, we aim to enhance spectator comfort while minimizing the adverse effects of wind turbulence. This approach not only prioritizes the experiences of fans and athletes but also plays a crucial role in the future of stadiums by merging aesthetics and functionality in sports architecture.
