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PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
PROJECT PROPOSAL PRESENTATION
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PROJECT PROPOSAL PRESENTATION

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Transcript

  • 1.
  • 2. LOW SPEED SUBSONIC WIND TUNNEL
    Proposal Presentation
    GROUP MEMBERS
    Ali Bin Qamar 3564
    FahadJavaid 3664
    Muhammad NomanWaheed 3677
    Muhammad Talha Ali 3775
  • 3. Introduction
    • Wind tunnel
    Open loop
    Closed loop
    Aim
    Designing a wind tunnel which can measure aerodynamic forces, and enhances the understanding of aerodynamic design
    Objectives
    Structure
    Parameters view.
  • 4. Applications
    Student learning
    Commercial design testing
    Laboratory test bench.
  • 5. Problem discussion
    • Design
    • 6. How aerodynamic forces act?
    • 7. Effects of different designs
    Limitation
    • Low speed and limited test section
    Assumption
    • Density of air is standard sea level constant
  • Design
    Air
    AOA Control
    Test section
    Airspeed data
    Model
    AOA Display
    Pressure Display
    Air
    Computer
    Motor
    Speed control
  • 8. Initialize
    Reset all previous values
    Blowing the air
    Read the values from sensor
    Valid data
    DISPLAY Results on LCD
    Activate the software
    Valid data
    Receive data from software
    Analyze the data
    Data storage
    DISPLAY
    Results on Computer (Software)
    Upload the data to the internet
    Terminate
    Flow chart
  • 9. Methodology
    DESIGN PHASE
    Tunnel design
    Tunnel structure
    Model designing
    Software designing
    TESTING AND EVALUATION
    Calculation of blower specification
    Calculation of airspeed
    Calculation of air pressure
  • 10. Expected results
    Pressure calculation
    Air speed calculation
    Angle of attack display
  • 11. Cost estimation
  • 12. Conclusion
  • 13. QUESTIONS?

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