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Embark on an advanced journey into Aerodynamics with our Level 3 Advanced Diploma course. Ideal for aerospace engineering students and professionals, this program covers a wide array of topics, from fundamental principles to advanced concepts and future trends. Prerequisites include basic knowledge of physics and mathematics, along with a familiarity with fundamental aerodynamic principles. Elevate your expertise in aerodynamics and stay at the forefront of the field with this comprehensive and forward-looking course.

Course Price:
Original price was: £194.00.Current price is: £19.99.
Course Duration:
15 hours, 18 minutes
Total Lectures:
38
Total Students:
109
Average Rating:
4.5
Embark on an advanced exploration of Aerodynamics with our Level 3 Advanced Diploma course, designed to deepen your understanding of the principles governing flight and aircraft design. This comprehensive program covers a spectrum of topics, from fundamental fluid mechanics to cutting-edge concepts in aerodynamics.

What Will You Learn?

  • Gain a solid foundation with an Introduction to Aerodynamics.
  • Explore the Fundamentals of Fluid Mechanics, essential for understanding airflow.
  • Understand the Principles of Flight, unraveling the dynamics of aircraft motion.
  • Delve into Airfoil Theory, a critical aspect of aerodynamic lift and drag.
  • Learn about Drag and Drag Reduction Techniques to optimize aircraft performance.
  • Explore High-Speed Aerodynamics, crucial for supersonic and hypersonic flight.
  • Design Wings with precision and efficiency, mastering Wing Design and Aerodynamics.
  • Grasp Aircraft Stability and Control principles for safe and controlled flight.
  • Dive into Computational Fluid Dynamics (CFD), a key tool in modern aerodynamic analysis.
  • Explore Aeroelasticity, understanding the interaction between aerodynamics and structural dynamics.
  • Uncover Advanced Aerodynamics Concepts, pushing the boundaries of traditional understanding.
  • Stay ahead with insights into Future Trends in Aerodynamics, shaping the future of aerospace.

Who Should Take The Course?

  • Aerospace engineering students and enthusiasts seeking advanced knowledge.
  • Aviation professionals aiming to deepen their understanding of aerodynamics.
  • Engineers involved in aircraft design and performance optimization.

Requirements

  • Basic knowledge of physics and mathematics.
  • Understanding of fundamental aerodynamic principles (recommended).
  • Access to a computer with the necessary software for computational fluid dynamics.
 

Course Curriculum

    • What is Aerodynamics? 00:21:00
    • History and Importance of Aerodynamics 00:26:00
    • Aerodynamics Applications in Different Industries 00:23:00
    • Properties of Fluids 00:22:00
    • Fluid Statics and Dynamics 00:26:00
    • Bernoulli’s Principle and its Applications 00:23:00
    • Four Forces of Flight: Lift, Weight, Thrust, and Drag 00:20:00
    • Relationship between Forces and Newton’s Laws of Motion 00:28:00
    • Understanding Flight Phases: Takeoff, Climb, Cruise, Descent, and Landing 00:25:00
    • Anatomy of an Airfoil 00:24:00
    • Lift Generation and the Role of Angle of Attack 00:21:00
    • Airfoil Characteristics and Performance 00:28:00
    • Types of Drag: Form Drag, Skin Friction Drag, and Induced Drag 00:24:00
    • Drag Coefficient and Drag Polar 00:23:00
    • Drag Reduction Strategies: Streamlining, Winglets, and Boundary Layer Control 00:26:00
    • Compressibility Effects at High Speeds 00:21:00
    • Supersonic and Hypersonic Aerodynamics 00:22:00
    • Shock Waves and their Implications 00:20:00
    • Wing Geometry and Aspect Ratio 00:28:00
    • Wing Loading and its Influence on Performance 00:25:00
    • Swept Wings and Delta Wings: Advantages and Disadvantages 00:27:00
    • Stability Axes: Pitch, Roll, and Yaw 00:24:00
    • Longitudinal Stability and Control 00:26:00
    • Lateral and Directional Stability and Control 00:25:00
    • Introduction to CFD and its Applications in Aerodynamics 00:21:00
    • CFD Modeling and Simulation Process 00:27:00
    • Practical Examples of CFD Analysis in Aerospace Design 00:28:00
    • Understanding Aeroelastic Phenomena 00:21:00
    • Flutter and Divergence Instabilities 00:23:00
    • Importance of Aeroelastic Analysis in Aircraft Design 00:26:00
    • Vortex Dynamics and Wingtip Devices 00:23:00
    • Ground Effect and its Impact on Aircraft Performance 00:25:00
    • Transonic Aerodynamics and Wave Drag 00:22:00
    • Emerging Technologies and Innovations 00:21:00
    • Sustainable Aviation and Green Aerodynamics 00:25:00
    • Challenges and Opportunities in the Field of Aerodynamics 00:23:00
    • Exam of Aerodynamics Level 3 Advanced Diploma 00:50:00
    • Order Certificate 00:05:00

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