Aerodynamics Trainer
Categories: Engineering Lab EquipmentAerodynamics describes the behaviour of bodies during flow around or through bodies with a compressible fluid. The knowledge of experiments in aerodynamics has a significant influence on the developme...
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Description
Aerodynamics describes the behaviour of bodies during flow around or through bodies with a compressible fluid. The knowledge of experiments in aerodynamics has a significant influence on the development of means of transport (vehicles, ships, aircraft) and in architecture (skyscrapers, towers and bridges).
It offers – along with its accessories – typical experiments from the field of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
The trainer includes a radial fan, which can be used to generate flow velocities up to 40m/s. The speed is infinitely adjustable by using a frequency converter. A stabilisation tank with flow straightener ensures a consistent, low-turbulence and reproducible flow in the measuring section. A carefully shaped nozzle provides a largely homogeneous velocity distribution of the air flow. The accessory is attached using quick release fasteners and can be interchanged quickly and easily. Measuring points along the measuring section allow pressure and velocity measurements to be taken. The tube manometers are used to show the pressures clearly.
Learning Objectives/Experiments
Together with appropriate accessories: experiments from the field of flow around bodies
Velocity measurement of flows with Pitot tube
Boundary layer analysis on a flat plate with flow along the plate
Drag of bodies
Demonstration of the Coanda effect
Visualisation of streamlines
Together with appropriate accessories: experiments from the field of steady incompressible flow
Velocity measurement of flows with Pitot tube and Pitotstatic tube
Free jets
Flow in a pipe elbow
Proof of Bernoulli’s principle
Specification
Aerodynamics experiments in the fields of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
Vertical measuring section with flow straightener and nozzle
Radial fan infinitely variable via frequency converter
Thermometer for measuring air temperature
Accessory securely attached to with quick release fasteners
16 tube manometers for displaying pressures
Inclination of tube manometers up to max. 1/10
Accessories for the field of flow around bodies: boundary layers, drag forces, coanda effect, visualisation of streamlines
Accessories for the field of steady incompressible flow: Bernoulli’s principle, flow in a pipe elbow, free jets
Technical data
Radial fan
power consumption: 0,37kW
max. volumetric flow rate: 15m3/min
nozzle exit cross-section: 50x100mm
max. flow velocity at the nozzle exit: 40m/s
Measuring ranges
temperature: 1x 0…60°C
manometer:
16x 0…370mmWC, resolution: max. 1Pa
inclination: 1:1, 1:2, 1:5, 1:10
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
UL/CSA optional
Dimensions and weight
LxWxH: 1880x800x1900mm
Weight: approx. 220kg
quick overview :
Aerodynamics describes the behaviour of bodies during flow around or through bodies with a compressible fluid. The knowledge of experiments in aerodynamics has a significant influence on the development of means of transport (vehicles, ships, aircraft) and in architecture (skyscrapers, towers and bridges).
It offers – along with its accessories – typical experiments from the field of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
The trainer includes a radial fan, which can be used to generate flow velocities up to 40m/s. The speed is infinitely adjustable by using a frequency converter. A stabilisation tank with flow straightener ensures a consistent, low-turbulence and reproducible flow in the measuring section. A carefully shaped nozzle provides a largely homogeneous velocity distribution of the air flow. The accessory is attached using quick release fasteners and can be interchanged quickly and easily. Measuring points along the measuring section allow pressure and velocity measurements to be taken. The tube manometers are used to show the pressures clearly.
Learning Objectives/Experiments
Together with appropriate accessories: experiments from the field of flow around bodies
Velocity measurement of flows with Pitot tube
Boundary layer analysis on a flat plate with flow along the plate
Drag of bodies
Demonstration of the Coanda effect
Visualisation of streamlines
Together with appropriate accessories: experiments from the field of steady incompressible flow
Velocity measurement of flows with Pitot tube and Pitotstatic tube
Free jets
Flow in a pipe elbow
Proof of Bernoulli’s principle
Specification
Aerodynamics experiments in the fields of flow around, incident flow and flow through models, as well as further experiments in the field of steady incompressible flow.
Vertical measuring section with flow straightener and nozzle
Radial fan infinitely variable via frequency converter
Thermometer for measuring air temperature
Accessory securely attached to with quick release fasteners
16 tube manometers for displaying pressures
Inclination of tube manometers up to max. 1/10
Accessories for the field of flow around bodies: boundary layers, drag forces, coanda effect, visualisation of streamlines
Accessories for the field of steady incompressible flow: Bernoulli’s principle, flow in a pipe elbow, free jets
Technical data
Radial fan
power consumption: 0,37kW
max. volumetric flow rate: 15m3/min
nozzle exit cross-section: 50x100mm
max. flow velocity at the nozzle exit: 40m/s
Measuring ranges
temperature: 1x 0…60°C
manometer:
16x 0…370mmWC, resolution: max. 1Pa
inclination: 1:1, 1:2, 1:5, 1:10
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
UL/CSA optional
Dimensions and weight
LxWxH: 1880x800x1900mm
Weight: approx. 220kg
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