
Hầm gió nhỏ gọn (Compact Wind Tunnel)
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Files 8 4.3 MB
- Honeycomb_1780946866.stepSTEP · 1.3 MB
- All_1780946868.stepSTEP · 2.2 MB
- Fan_1780947919.stepSTEP · 327.2 KB
- Middle_Piece_1780947920.stepSTEP · 44.7 KB
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Details
- Model ID
- #399966
- Category
- Giáo Dục
- Published
- License
- Creative Commons — Public Domain
- Tags
- 3dprinting
- fusion360
- prototype
- testing
- laboratoryequipment
- stemeducation
- mechanicalengineering
- aerodynamics
- scienceproject
- educationalmodel
- windtunnel
- engineeringmodel
- desktopwindtunnel
- researchequipment
- engineeringdesign
- airflowanalysis
- airflowvisualization
- compactwindtunnel
- honeycombfilter
- vehicleaerodynamics
- aerodynamictesting
Description
The Compact Wind Tunnel is a closed-loop, compact aerodynamic testing system designed for laboratory and R&D environments. It provides a practical solution for educational institutions and research departments seeking to perform fundamental aerodynamic experiments without the complexity and space requirements of large-scale wind tunnel systems.
Thanks to its spacious test section and transparent observation panels, users can easily visualize airflow patterns and monitor test models during operation. Its simplified interface enables direct access to essential testing data, ensuring an efficient and user-friendly experience.
Key Features
Large Observation Area
Transparent panels positioned around the test section provide clear visibility from multiple angles, making airflow visualization and model observation simple and effective.
Simplified Control Interface
A user-friendly display focuses on the most important aerodynamic parameters, eliminating unnecessary complexity and allowing users to concentrate on testing and analysis.
Compact and Ergonomic Design
The integrated structure minimizes workspace requirements while maintaining portability and ease of use, making it suitable for laboratories, classrooms, and research facilities.
Practical Data Monitoring
Essential aerodynamic parameters such as lift force, drag force, and airflow velocity can be monitored quickly and efficiently during testing.
Applications
Aerodynamics education and training
Research and development projects
Airflow visualization studies
Prototype testing and demonstration
Engineering laboratory experiments
Print spec
- Formats
- pdfstep
- Model files
- 8
- Total size
- 4.3 MB
- Largest file
- 2.2 MB












