Aerodynamics is a branch of fluid mechanics that studies the behavior of gases in motion and the forces they exert on bodies. Although it is commonly associated with aviation, aerodynamics plays a role in many aspects of our daily lives.
From designing more efficient vehicles to optimizing wind turbine performance or ensuring the stability of a building against wind, aerodynamic principles constantly influence our comfort, safety, and sustainability.
At EDIBON, we define aerodynamics as “the branch of fluid mechanics that studies gases in motion and the forces or reactions exerted on bodies immersed within them.” Understanding aerodynamics not only enables the development of more advanced technologies but also allows for energy efficiency optimization and environmental impact reduction across multiple sectors.
Aerodynamics in our daily lives
Aerodynamics directly or indirectly affects numerous areas of modern life. Some examples include:
- Transportation: Cars, trains, and airplanes rely on aerodynamic principles to reduce air resistance (drag) and improve energy efficiency.
- Renewable Energy: Wind turbines depend on airflow and blade design to maximize electricity generation.
- Architecture: Skyscrapers and bridges must be studied from an aerodynamic perspective to withstand wind pressures without compromising structural integrity.
- Sports: The trajectory of a ball, a cyclist’s position, or the shape of a helmet are all closely related to aerodynamics.
In short, whenever air flows around an object or an object moves through air, aerodynamic laws come into play. This is why its study is fundamental in engineering, science, and industrial design.
EDIBON and the practical teaching of aerodynamics
For over 45 years, EDIBON has been designing and manufacturing educational and research equipment in the fields of fluid mechanics and aerodynamics. Our mission is to provide practical, precise, and safe training at universities, technical centers, and research institutes worldwide.
Some of our most notable equipment includes:
- TA50/250C – Computer Controlled Aerodynamic Tunnel, 50 x 250 mm (PC): Designed for studying subsonic aerodynamics in an open-circuit tunnel with incompressible subsonic flow.
- TAS25/100C – Computer Controlled Supersonic Wind Tunnel: An open wind tunnel for studying the aerodynamic properties of different resistance bodies exposed to subsonic and supersonic flows.
- TA300/300C – Computer Controlled Aerodynamic Tunnel, 300 x 300 mm (PC): Designed to study subsonic aerodynamics in an open-circuit tunnel with incompressible subsonic flow.
These equipment allow students and technicians to understand fundamental air flow principles, visualize turbulence, and analyze the forces acting on moving bodies, all supported by advanced data acquisition and control software.
Customized solutions: aerodynamics adapted to each client
One of EDIBON’s greatest strengths is equipment customization. We understand that every client may have unique requirements, whether for an educational laboratory, a research center, or an industrial company.
That’s why we offer the possibility to design and manufacture tailor-made equipment to study any aerodynamic phenomenon, adjusting parameters such as:
- Test chamber size
- Flow velocity
- Visualization system (smoke, laser, tracers)
- Pressure, velocity, or temperature sensors
- Integration with simulation or data analysis systems
This ensures that our equipment not only reproduces fundamental principles but can also adapt to specific R&D projects, facilitating the development of new technologies or products.
Innovation and training: pillars of aerodynamics advancement
Research and hands-on education are key to driving progress in aerodynamics.
At EDIBON, in addition to manufacturing high-quality equipment, we provide technical and pedagogical support to ensure each installation is used to its full potential. Our equipment are integrated with our own SCADA software, which enables equipment control from a computer, real-time data acquisition, and detailed results analysis.
Moreover, all our equipment is designed and manufactured entirely in Spain, guaranteeing quality, reliability, and precision. Each component is tested and calibrated before shipment, ensuring optimal and long-lasting performance.
The future of aerodynamics lies in innovation and customization
Aerodynamics remains an essential science in modern engineering, with applications spanning transportation, energy, architecture, and sports.
As technology advances and environmental challenges grow, understanding airflow and its effects becomes increasingly important for designing more efficient, sustainable, and safe equipment.
At EDIBON, we actively contribute to this progress through state-of-the-art educational and research equipment, fully customizable to help educational institutions and development centers experiment, analyze, and optimize aerodynamic phenomena.
If you are looking for a complete solution for the study and teaching of aerodynamics, or need equipment tailored to your specific projects, contact EDIBON. Our team of engineers and experts will guide you through every step of the process.
Discover all our aerodynamics equipment or request your custom solution today.
