Open Wind Tunnel
Categories: Engineering Lab EquipmentA wind tunnel is the classic experiment system for aerodynamic flow experiments. The model being studied remains at rest while the flow medium is set in motion, and thus the desired flow around the mo...
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Description
A wind tunnel is the classic experiment system for aerodynamic flow experiments. The model being studied remains at rest while the flow medium is set in motion, and thus the desired flow around the model is generated.
It is an “Eiffel” type open wind tunnel used to demonstrate and measure the aerodynamic properties of various models. For this purpose, air is drawn in from the environment and accelerated. The air flows around a model, such as an aerofoil, in a measuring section. The air is then decelerated in a diffuser and pumped back into the open by a fan.
Learning Objectives/Experiments
Experiments with accessories
Determine drag and lift coefficients for different models
Pressure distribution on bodies immersed in a flow
Boundary layer analysis
Investigation of flutter
Wake measurement
In conjunction with the fog generator
Visualisation of streamlines
Features
Open wind tunnel for a variety of aerodynamic experiments
Homogeneous flow through the flow straightener and special nozzle contour
Transparent measuring section
Specification
Experiments from the field of aerodynamics and fluid mechanics with an “Eiffel” type wind tunnel
Wide range of accessories available
Transparent, closed measuring section
Inlet contour, nozzle and diffuser made of GRP
Variable-speed fan motor for energy-efficient operation
Flow straightener reduces turbulence
Electronic two-component force sensor for measuring the flow forces
Inclined tube manometer for displaying the air velocity
Digital display of drag and lift
Display of measured values for velocity, forces, moment, displacement/angle, and differential Pressure using system for data acquisition
Technical data
Measuring section
flow cross-section WxH: 292x292mm
length: 420mm
wind velocity: 3,1…28m/s
Axial fan
power consumption: 2,2kW
Measuring ranges
force:
lift: ±4N
drag: ±4N
velocity: 3,1…28m/s
angle: ±180°
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 230V, 60Hz, 3 phases
quick overview :
A wind tunnel is the classic experiment system for aerodynamic flow experiments. The model being studied remains at rest while the flow medium is set in motion, and thus the desired flow around the model is generated.
It is an “Eiffel” type open wind tunnel used to demonstrate and measure the aerodynamic properties of various models. For this purpose, air is drawn in from the environment and accelerated. The air flows around a model, such as an aerofoil, in a measuring section. The air is then decelerated in a diffuser and pumped back into the open by a fan.
Learning Objectives/Experiments
Experiments with accessories
Determine drag and lift coefficients for different models
Pressure distribution on bodies immersed in a flow
Boundary layer analysis
Investigation of flutter
Wake measurement
In conjunction with the fog generator
Visualisation of streamlines
Features
Open wind tunnel for a variety of aerodynamic experiments
Homogeneous flow through the flow straightener and special nozzle contour
Transparent measuring section
Specification
Experiments from the field of aerodynamics and fluid mechanics with an “Eiffel” type wind tunnel
Wide range of accessories available
Transparent, closed measuring section
Inlet contour, nozzle and diffuser made of GRP
Variable-speed fan motor for energy-efficient operation
Flow straightener reduces turbulence
Electronic two-component force sensor for measuring the flow forces
Inclined tube manometer for displaying the air velocity
Digital display of drag and lift
Display of measured values for velocity, forces, moment, displacement/angle, and differential Pressure using system for data acquisition
Technical data
Measuring section
flow cross-section WxH: 292x292mm
length: 420mm
wind velocity: 3,1…28m/s
Axial fan
power consumption: 2,2kW
Measuring ranges
force:
lift: ±4N
drag: ±4N
velocity: 3,1…28m/s
angle: ±180°
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 230V, 60Hz, 3 phases
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