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ME356 Hypersonics Lecture 9: Hypersonics in the Post-WWII Missile and Space Races
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Hypersonic Aerothermodynamics - Stanford Spring 2020-2021
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- 1 ME356 Hypersonics Lecture 1: Introduction [Remastered 2021]
- 2 ME356 Hypersonics Lecture 2: The Physical Characteristics of Hypersonic Flows (I) [Remastered 2021]
- 3 ME356 Hypersonics Lecture 3: The Physical Characteristics of Hypersonic Flows (II)
- 4 ME356 Hypersonics Lecture 4: Inviscid Hypersonic Flows (I)
- 5 ME356 Hypersonics Lecture 5: Inviscid Hypersonic Flows (II)
- 6 ME356 Hypersonics Lecture 6: Inviscid Hypersonic Flows (III)
- 7 ME356 Hypersonics Lecture 7: Inviscid Hypersonic Flows (IV)
- 8 ME356 Hypersonics Lecture 8: Inviscid Hypersonic Flows (V)
- 9 ME356 Hypersonics Lecture 9: Hypersonics in the Post-WWII Missile and Space Races
- 10 ME356 Hypersonics Lecture 10: Effects of Flight Altitude on Hypersonic Flows
- 11 ME356 Hypersonics Lecture 11: Viscous Hypersonic Flows (I)
- 12 ME356 Hypersonics Lecture 12: Viscous Hypersonic Flows (II)
- 13 ME356 Hypersonics Lecture 13: Viscous Hypersonic Flows (III)
- 14 ME356 Hypersonics Lecture 14: Viscous Hypersonic Flows (IV) and the X-15 Program
- 15 ME356 Hypersonics Lecture 15: Thermochemical Effects (I)
- 16 ME356 Hypersonics Lecture 16: Thermochemical Effects (II)
- 17 ME356 Hypersonics Lecture 17: Thermochemical Effects (III)
- 18 ME356 Hypersonics Lecture 18: Re-entry Aeromechanics
- 19 ME356 Hypersonics Lecture 19: Closing Remarks
- 20 ME356 Hypersonics Lecture 1: Introduction [Legacy 2020]
- 21 ME356 Hypersonics Lecture 2 The Physical Characteristics of Hypersonic Flows (I) [Legacy 2020]
