Udemy - Aerospace Systems - Fixed-Wing Aircraft Aerodynamics

  • CategoryOther
  • TypeTutorials
  • LanguageEnglish
  • Total size388.4 MB
  • Uploaded Byfreecoursewb
  • Downloads38
  • Last checkedMay. 15th '26
  • Date uploadedMay. 14th '26
  • Seeders 13
  • Leechers5

Infohash : C5A7EF6EC82103515175EB6585666191499974F6

Aerospace Systems: Fixed-Wing Aircraft Aerodynamics

https://WebToolTip.com

Last updated 4/2026
Created by Omar Koryakin
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English + subtitle | Duration: 35 Lectures ( 1h 39m ) | Size: 389 MB

Wings, propulsion, flight controls, stealth, structures, and systems the full fixed-wing aircraft stack for working en

What you'll learn
⚡ • Explain how lift, drag, and thrust interact across the full flight envelope, from takeoff to cruise to landing.
⚡ • Predict boundary-layer behaviour, flow separation, and stall onset from an airfoil + angle-of-attack combination.
⚡ • Read a wing planform and infer its speed regime, manoeuvrability, sweep strategy, and high-lift system.
⚡ • Analyse transonic and supersonic phenomena — shock-wave formation, wave drag, and area ruling.
⚡ • Explain aeroelastic failure modes — flutter, divergence, and control reversal — at engineering level.
⚡ • Compare turbojet, turbofan, turboprop, turboshaft, and piston propulsion on thrust, SFC, weight, and mission fit.
⚡ • Walk through a fly-by-wire control architecture, including redundancy, control laws, and envelope protection.
⚡ • Identify the four classical dynamic stability modes — phugoid, short-period, Dutch roll, spiral — and why they matter.
⚡ • Trace primary load paths in a metallic or composite airframe and relate them to inspection intervals.
⚡ • Describe safe-life vs fail-safe vs damage-tolerant design philosophies and when each applies.
⚡ • Explain stealth shaping (faceting, planform alignment, S-ducts), RAM, and IR-signature management.
⚡ • Interpret an aircraft's hydraulic, pneumatic, fuel, electrical, and avionics architectures at block-diagram level.
⚡ • Map a scheduled-maintenance programme (A-/B-/C-/D-checks, NDI methods) onto real airframe hardware.

Requirements
❗ • High-school level physics forces, pressures, and basic Newtonian mechanics.
❗ • Comfort with block diagrams and simple engineering sketches.
❗ • No prior aerospace coursework required the first two lessons rebuild the necessary foundations.
❗ • No specific CAD or simulation software is required; concepts are shown through animated visuals.

Files:

[ WebToolTip.com ] Udemy - Aerospace Systems - Fixed-Wing Aircraft Aerodynamics
  • Get Bonus Downloads Here.url (0.2 KB)
    • ~Get Your Files Here ! 1 - Module 1 — Aerodynamic Foundations
    • 1. L01 Introduction to Fixed-Wing Flight.en_US.srt (6.3 KB)
    • 1. L01 Introduction to Fixed-Wing Flight.mp4 (17.3 MB)
    • 2. L02 The Atmosphere, Density, and the Standard Day.en_US.srt (4.6 KB)
    • 2. L02 The Atmosphere, Density, and the Standard Day.mp4 (15.0 MB)
    • 3. L03 Airfoil Geometry and Terminology.en_US.srt (5.4 KB)
    • 3. L03 Airfoil Geometry and Terminology.mp4 (14.9 MB)
    • 4. L04 Pressure Fields and Lift Generation.en_US.srt (4.8 KB)
    • 4. L04 Pressure Fields and Lift Generation.mp4 (13.1 MB)
    • 5. L05 Circulation, Vorticity, and the Kutta Condition.en_US.srt (5.1 KB)
    • 5. L05 Circulation, Vorticity, and the Kutta Condition.mp4 (13.9 MB)
    • 6. L06 Drag Decomposition Form, Skin-Friction, Induced, Wave.en_US.srt (5.3 KB)
    • 6. L06 Drag Decomposition Form, Skin-Friction, Induced, Wave.mp4 (15.0 MB)
    2 - Module 2 — Low-Speed Aerodynamics and Stall
    • 10. L10 Reynolds Number and Aerodynamic Scaling.en_US.srt (4.4 KB)
    • 10. L10 Reynolds Number and Aerodynamic Scaling.mp4 (13.1 MB)
    • 11. L11 Ground Effect and Low-Altitude Behaviour.en_US.srt (4.0 KB)
    • 11. L11 Ground Effect and Low-Altitude Behaviour.mp4 (13.2 MB)
    • 12. L12 Gusts, Turbulence, and Atmospheric Disturbances.en_US.srt (3.8 KB)
    • 12. L12 Gusts, Turbulence, and Atmospheric Disturbances.mp4 (11.8 MB)
    • 7. L07 Boundary Layers Laminar vs Turbulent.en_US.srt (3.9 KB)
    • 7. L07 Boundary Layers Laminar vs Turbulent.mp4 (12.8 MB)
    • 8. L08 Flow Separation and Stall Mechanics.en_US.srt (4.0 KB)
    • 8. L08 Flow Separation and Stall Mechanics.mp4 (11.8 MB)
    • 9. L09 Angle of Attack and the Lift Curve.en_US.srt (3.7 KB)
    • 9. L09 Angle of Attack and the Lift Curve.mp4 (11.7 MB)
    3 - Module 3 — Wings and High-Lift Systems
    • 13. L13 Wing Planform, Aspect Ratio, and Span Efficiency.en_US.srt (3.9 KB)
    • 13. L13 Wing Planform, Aspect Ratio, and Span Efficiency.mp4 (11.8 MB)
    • 14. L14 Sweep, Dihedral, and Wing Twist.en_US.srt (4.3 KB)
    • 14. L14 Sweep, Dihedral, and Wing Twist.mp4 (12.8 MB)
    • 15. L15 Leading-Edge Devices Slats, Krueger Flaps, Slots.en_US.srt (3.8 KB)
    • 15. L15 Leading-Edge Devices Slats, Krueger Flaps, Slots.mp4 (12.1 MB)
    • 16. L16 Trailing-Edge Flaps Plain, Split, Slotted, Fowler.en_US.srt (3.8 KB)
    • 16. L16 Trailing-Edge Flaps Plain, Split, Slotted, Fowler.mp4 (11.4 MB)
    • 17. L17 Winglets, Raked Tips, and Induced-Drag Reduction.en_US.srt (2.7 KB)
    • 17. L17 Winglets, Raked Tips, and Induced-Drag Reduction.mp4 (8.7 MB)
    • 18. L18 Spoilers, Speed Brakes, and Lift Dumpers.en_US.srt (3.7 KB)
    • 18. L18 Spoilers, Speed Brakes, and Lift Dumpers.mp4 (11.9 MB)
    4 - Module 4 — High-Speed and Transonic Aerodynamics
    • 19. L19 Compressibility and Mach Number.en_US.srt (3.8 KB)
    • 19. L19 Compressibility and Mach Number.mp4 (12.4 MB)
    • 20. L20 Effects and Shock-Wave Formation.en_US.srt (4.2 KB)
    • 20. L20 Effects and Shock-Wave Formation.mp4 (12.4 MB)
    • 21. L21 Supersonic Wing Design and Area Ruling.en_US.srt (3.8 KB)
    • 21. L21 Supersonic Wing Design and Area Ruling.mp4 (11.7 MB)
    • 22. L22 Wave-Drag Management.en_US.srt (2.4 KB)
    • 22. L22 Wave-Drag Management.mp4 (7.6 MB)
    • 23. L23 Hypersonic Considerations.en_US.srt (2.9 KB)
    • 23. L23 Hypersonic Considerations.mp4 (8.9 MB)
    • 24. L24 Aeroelasticity Flutter, Divergence, Control Reversal.en_US.srt (2.9 KB)
    • 24. L24 Aeroelasticity Flutter, Divergence, Control Reversal.mp4 (8.9 MB)
    5 - Module 5 — Propulsion
    • 25. L25 Propeller Aerodynamics and Blade-Element Theory.en_US.srt (2.9 KB)
    • 25. L25 Propeller Aerodynamics and Blade-Element Theory.mp4 (8.5 MB)
    • 26. L26 Piston Aero-Engines and Constant-Speed Propellers.en_US.srt (2.8 KB)
    • 26. L26 Piston Aero-Engines and Constant-Speed Propellers.mp4 (8.9 MB)
    • 27. L27 Turbojet Thermodynamic Cycle.en_US.srt (3.0 KB)
    • 27. L27 Turbojet Thermodynamic Cycle.mp4 (9.0 MB)
    • 28. L28 Turbofan Cycle Bypass Ratios Explained.en_US.srt (2.9 KB)
    • 28. L28 Turbofan Cycle Bypass Ratios Explained.mp4 (9.2 MB)
    • 29. L29 Turboprop and Turboshaft Cycles.en_US.srt (2.8 KB)
    • 29. L29 Turboprop and Turboshaft Cycles.mp4 (9.0 MB)
    • 30. L30 Afterburners, Variable-Geometry Inlets, and Thrust Vectoring.en_US.srt (3.2 KB)
    • 30. L30 Afterburners, Variable-Geometry Inlets, and Thrust Vectoring.mp4 (9.4 MB)
    6 - Module 6 — Flight Controls and Stability
    • 31. L31 Three-Axis Control Ailerons, Elevator, Rudder.en_US.srt (2.6 KB)
    • 31. L31 Three-Axis Control Ailerons, Elevator, Rudder.mp4 (8.2 MB)
    • 32. L32 Secondary Surfaces Trim Tabs, Servo Tabs, All-Flying Tails.en_US.srt (2.6 KB)
    • 32. L32 Secondary Surfaces Trim Tabs, Servo Tabs, All-Flying Tails.mp4 (8.5 MB)
    • 33. L33 Static Stability Longitudinal, Lateral, Directional.en_US.srt (2.4 KB)
    • 33. L33 Static Stability Longitudinal, Lateral, Directional.mp4 (7.5 MB)
    • 34. L34 Dynamic Modes Phugoid, Short-Period, Dutch Roll, Spiral.en_US.srt (2.3 KB)
    • 34. L34 Dynamic Modes Phugoid, Short-Period, Dutch Roll, Spiral.mp4 (7.3 MB)
    • 35. L35 Fly-By-Wire Architecture and Redundancy.en_US.srt (2.8 KB)
    • 35. L35 Fly-By-Wire Architecture and Redundancy.mp4 (8.8 MB)
    • Bonus Resources.txt (0.1 KB)

Code:

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