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Boundry Layer Wind Tunnel

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MOQ : 1 Unit

Boundry Layer Wind Tunnel Specification

Equipment Type
Wind Tunnel Apparatus

Material
Mild Steel, Transparent Acrylic, and Aluminium

Processing Type
Dynamic Airflow Simulation

Condition
New

Technology
Aerodynamic Simulation

Dimension (L*W*H)
2600 mm x 600 mm x 1200 mm

Power Mode
Electric

Voltage
220-240 V, 50 Hz

Power Consumption
2 kW

Pressure Output
Up to 300 mm of water

Application
Educational and Research Experiments on Boundary Layer Flows

Coating Type
Powder Coated

Accessories
Pitot Tube, Manometers, Smoke Generator, Traverse Mechanism

Safety Features
Overload and Emergency Stop Switch

Test Section Size
600 mm x 300 mm (L x H)

Noise Level
< 65 dB

Working Speed
0.3 to 30 m/s

Observation Windows
Acrylic Transparent Panes

Air Straightener
Honeycomb Grid

Control System
Digital Speed and Pressure Monitoring

Drive Motor Type
Variable Speed Motor

Calibration Certificates
Provided

Flow Uniformity
2%

Structural Frame
Heavy Duty Mild Steel Frame

Boundry Layer Wind Tunnel About

A controlled aerodynamic testing facility designed for boundary-layer wind simulation of buildings, structures, and infrastructure models under realistic atmospheric flow conditions.

Facility Overview

Type: Boundary Layer Wind Tunnel (WT2)
Application: Structural aerodynamics, wind engineering, environmental flow studies
Flow Condition: Atmospheric boundary-layer simulation (turbulent wind profiles)

Test Section Dimensions

Height: 1.8 2.3 m (adjustable / variable roof section)
Width: 2.6 m
Length: 20.8 m
Test Section Type: Long development section for fully formed boundary-layer flow

Aerodynamic Performance

Maximum Wind Speed: up to 24 m/s
Flow Control: Continuously adjustable velocity
Flow Quality: Engineered turbulence structure for realistic urban/terrain boundary layers

Testing Capabilities

Wind loading on buildings and bridges
Gust response and turbulence interaction studies
Pedestrian-level wind comfort assessment
Dispersion and environmental airflow modelling
Structural aeroelastic response of scaled models

Key Features

Extended test section length for fully developed flow conditions
Adjustable ceiling height for profile optimization
High-quality boundary-layer simulation for urban and terrain replication
Suitable for scaled aerodynamic and environmental studies

Optimized for Research and Education

This wind tunnel apparatus is meticulously engineered to support both students and researchers in studying boundary layer phenomena and aerodynamic behaviors. With advanced features such as a digital monitoring system, transparent observation panels, and a range of precise instruments, users are empowered to conduct thorough and insightful experiments.

Exceptional Structural Stability and Safety

Constructed with a heavy-duty mild steel frame and powder-coated finish, this apparatus guarantees durability and reliability. Safety is prioritized through integrated overload and emergency stop switches, ensuring secure operation for all users.

FAQ's of Boundry Layer Wind Tunnel:

Q: How does the Boundary Layer Wind Tunnel achieve high flow uniformity?

A: The wind tunnel incorporates a honeycomb grid air straightener and carefully designed test section to ensure flow uniformity of 2%. This minimizes turbulence and delivers consistent airflow throughout the test area, enabling accurate boundary layer measurements.

Q: What educational and research benefits does this apparatus offer?

A: This wind tunnel provides hands-on experience with boundary layer flows and aerodynamic simulations, invaluable for understanding real-world aerodynamic applications. Researchers and students can visualize airflow using the supplied smoke generator and analyze pressure using Pitot tubes and manometers.

Q: When should the safety features be engaged during operation?

A: The overload and emergency stop switches should be used immediately in the event of an equipment malfunction or unsafe condition, ensuring the protection of both the user and the apparatus during testing processes.

Q: Where are measurements and observations conducted in this system?

A: All measurements and visual observations are carried out in the 600 mm x 300 mm test section, which is equipped with transparent acrylic panes. These enable clear visibility for smoke flow analysis and instrumentation placement without interference.

Q: What is the process for calibrating the wind tunnel?

A: The wind tunnel is supplied with calibration certificates and comes pre-calibrated. Users can verify calibration through standard procedures using included accessories like manometers and Pitot tubes, ensuring reliable pressure and velocity readings.

Q: How is the wind speed controlled and monitored?

A: Wind speed is maintained using a variable speed drive motor, while the digital monitoring system allows real-time speed and pressure adjustments. This makes it easy to simulate a range of testing conditions relevant to aerodynamic research.

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