Subsonic Wind Tunnels for Aerodynamic Applications

Subsonic Wind Tunnels for Aerodynamic and Civil Applications

Wind tunnels are critical tools for studying airflow behavior and its effects on objects, structures, or surfaces. Whether used for educational, experimental, or applied research purposes, they provide controlled environments where fluid dynamics can be observed, measured, and optimized. Additium specializes in the development of subsonic wind tunnels, designed to support a wide range of aerodynamic studies and boundary layer research.

Additium offers both open-circuit and closed-circuit wind tunnel systems, tailored to fit the specific requirements of academic institutions, research centers, and industry laboratories. Open-circuit tunnels are typically more economical and simpler in design, making them ideal for general-purpose aerodynamic testing and academic use. In contrast, closed-circuit systems offer higher flow quality, reduced energy consumption, and better environmental control, making them more suitable for advanced research and high-precision applications.

One of the key applications of Additium’s wind tunnels is the investigation of boundary layer phenomena, particularly over unique or complex civil structures such as bridges, tall buildings, towers, and stadiums. Engineers and researchers can simulate wind flow around scale models of these structures to assess pressure distribution, wind loads, and potential aerodynamic instabilities. These insights help in optimizing structural design for safety, efficiency, and compliance with environmental regulations.