WT327 (40 m/s) HS Rhein Main

Referenzproject WT327

University Rhein Main - Rüsselsheim
For the University Rhein Main (contact person: Prof. Dr.-Ing. Björn-Christian Will) the wind tunnel WT327 was built. The wind tunnel is characterized by its low build hight, the separable corners as well as the low turbulence open testsection with easy access workspace.

Highlights
  • Contraction of 4,5
  • Separable Corners
  • Low build hight
  • Open testsection with low turbulence level
 Icon WT327
Product description
Basic Structure
The WT327 consists of a steel profile welded construction and galvanized sheet metal. The additional painting gives the wind tunnel an attractive appearance and is also protection against corrosion. The wind tunnel has separable corners to enable installation in laboratories that are difficult to access. Access to the inside of the wind tunnel is possible through manholes in all relevant segments.
Drive
The WT327 is driven by a vibration-decoupled axial fan. The fan, which is mounted on spring shock absorbers, is connected to the wind tunnel via canvas flanges. This ensures low-noise system operation and prevents influence on the measuring section. The installation of the fan on cross beams results in optimal freedom in the area of ​​the measuring section.
Flow preparation
In the sieve chamber turbulence is suppressed by two sieves with optimal distance from one another. Furthermore, irregularities in the flow direction of the incoming air are suppressed in a honeycomb straightener. In a nozzle, the nozzle geometry of which corresponds to a 7th order polynomial, the flow is prepared and any turbulence that may be present is suppressed.
Measurement
The measurement in the wind tunnel takes place with an open testsection. The measuring table, which is equipped with a wind tunnel scale, has a guide plate to guide the flow into the collecting funnel with low turbulence. The recording of flow characteristics using optical measurement methods, e.g. PIV (Particle Image Velocimetry) or LDA (Laser Doppler Anemometry) is possible without any problems.
Highlights
The small corner has two trimming plates to influence the degree of turbulence at constant speed.

Characteristics

Design type
Closed loop
Measuring cross section
400 x 400 mm
Measuring length 600 mm
Top speed
40 m/s
Turbulence level 0,6 % (@50% Windspeed)
Datasheet WT327


                                                                             
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