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XuetangX

Aerospace Technology

Beihang University via XuetangX

Overview

Aerospace Technology is a course with strong Aerospace characteristics. It is a basic course of specialized general education being geared to middle and senior undergraduates and junior postgraduates. It focuses on motivating students’ interests on aerospace science, broadening their horizon, improving their awareness of aerospace engineering and enhancing their creative abilities from the aspects of knowledge and technology.

To ensure the teaching quality, the course teaching team is composed of many first-class teachers. With abundant content and detailed examples, the course emphasizes on the combination of theory and practice, aiming at laying a good foundation for further improvement on students’ awareness of aerospace and their technical skills.


Syllabus

  • Chapter 1 Classification of Flight Vehicle
    • 1.1 Concepts of Aviation and Aerospace
    • 1.2 Aircraft Lighter than Air
    • 1.3 Aircraft Heavier than Air
    • 1.4 Unmanned Spacecraft
    • 1.5 Manned Spacecraft
  • Chapter 2 Take-off And Landing Technology
    • 2.1 Take-off and Landing Device
    • 2.2 Take-off of Aircraft
    • 2.3 Landing of Aircraft
    • 2.4 Take-off and Launch of UAV
    • 2.5 Landing and Recovery of UAV
  • Chapter 3 Launch and Recovery Technology
    • 3.1 Launch Window of Spacecraft
    • 3.2 Launch of Spacecraft
    • 3.3 Return Trajectory of Spacecraft
    • 3.4 Re-entry Mode of Spacecraft
    • 3.5 Soft Landing of Spacecraft
  • Chapter 4 Aerodynamic Technology
    • 4.1 Aerodynamic Advanced Technology
    • 4.2 Aerodynamic Design Method and Process
    • 4.3 Technology of High lift and Drag Reduction
    • 4.4 Airflow Separation Suppression
    • 4.5 Vortex Control Technology
    • 4.6 Aerodynamic Noise Reduction Technology
  • Chapter 5 Aero Propulsion Technology
    • 5.1 Status and Role of Aeroengine
    • 5.2 Early Aeroengine
    • 5.3 Turbojet Engine
    • 5.4 Turbofan Engine
    • 5.5 Thrust Vector Engine
    • 5.6 Turboprop and Turboshaft Engines
    • 5.7 Ramjet
    • 5.8 Aviation Power Plant of New Energy
  • Chapter 6 Space Propulsion Technology
    • 6.1 Characteristics of Space Propulsion System
    • 6.2 Classification of Rocket Engines
    • 6.3 Liquid Rocket Engine
    • 6.4 Solid Rocket Engine
    • 6.5 Thrust Vector Technology
    • 6.6 Applications of Rocket Engine
    • 6.7 Performance of Rocket Engine
    • 6.8 Unconventional Rocket Engine
  • Chapter 7 Navigation, Guidance, Telemetry and Control
    • 7.1 Concepts of Navigation, Guidance, Measurement and Control
    • 7.2 Radio Navigation and Inertial Navigation
    • 7.3 Satellite Navigation
    • 7.4 Image Matching Navigation
    • 7.5 Remote Control Guidance
    • 7.6 Homing Guidance and Autonomous guidance
    • 7.7 Space Tracking, Telemetry and Control Technology
  • Chapter 8 Advanced Structure Technology
    • 8.1 Requirements on Design of Aircraft Structure
    • 8.2 Application of Composite Materials in Aircraft
    • 8.3 Technology in Structural Design of Composite Materials
    • 8.4 Manufacturing Technology of Composite Materials
    • 8.5 Prospect on Design of Structure of Composite Materials
  • Chapter 9 Space Flight Platform
    • 9.1 Satellite and Space Probe
    • 9.2 Spaceship
    • 9.3 Space Station
    • 9.4 Space Shuttle
  • Chapter 10 Aeromedical Rescue Systems Exploration and Design
    • Finalexam

      Taught by

      Yuhong Jia, Liu Hu, Liu Peiqing, Cui Degang, LUO MINGQIANG, and SUN KANGWEN

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