WIND TUNNEL 125
Wide Curriculum coverage
Flexibility of teaching space
Touch screen interface
LED Light visualisation
Storage solution included
14+ interchangeable experiment included
Ability to print and test own 3D specimens
This compact open circuit sub-sonic wind tunnel training equipment is designed for benchtop use.
The wind tunnel is designed for teaching aerodynamic principles and exploration of fluid flow. Suitable for college to undergraduate teaching, it features a computer controlled fan, data acquisition and multiple experimental setups, controlled by a touch screen interface and also includes LED flow visualization.
The wind tunnel has a 125mm transparent test section and 25m/s wind speed.
The wind tunnel has a honeycomb structure built into the contraction nozzle (ratio 9.2:1) which ensures uniform flow through the test section. The clear test section allows for visibility and clear understanding of the experimental behaviour. The air exits through a variable speed controlled fan, with a finger guard covering the back.
Built in data acquisition allows users to have direct output of pressure readings from pitot static tube and pressure tapping's. It also allows for real time lift and drag force components to be logged. Different drag shapes are provided along with multiple NACA profile aerofoils. Simple thread attachment allows students to design their own test pieces for analysis.
A smoke generator (provided) can be used to create streamline smoke trails over the test objects for visualisation of flow patterns.
Pilot static tube
3 data acquisition cables
6 drag shape specimens
Pressure tapped aerofoil
Pressure tapped cylinder
3 aerofoil shapes
2 component force with angle of attach numerical control
Wind Tunnel Curriculum
The wind tunnel teaches many aerodynamic principles such as:
Air flow over aerofoils
Air flows around blunt and streamlined shapes
Pressure distribution around a cylinder and aerofoil.
Lift and drag forces for blunt and streamlined shapes
Frequently Asked Questions
1. How is the manometer attached to the wind tunnel?
3. How to setup the wind tunnel?
5. How does smoke visualisation work with the wind tunnel?
7. How is the LCD screen operated on the wind tunnel?
9. How to take manual and electronic readings with the wind tunnel?
2. What software is used with the wind tunnel?
4. What are the features of the LED lighting on the wind tunnel?
6. How are experiments attached to the wind tunnel?
8. How to setup and control aerofoil shapes?
10. What experiments are available with the wind tunnel?