How to fly fast and land safely. Designing the wing / Mark Solonin's Technical School. Part 2
00:00 What we calculated at the design stage (problem)
02:02 Why does an airplane need a wing? (vocational school version)
05:06 Basic formulas and graphs (college version)
10:55 Flight modes and corresponding angles of attack
12:08 The Main Law of Aerodynamics
13:50 Calculating the required wing area (1st attempt)
18:05 And then – even funnier
22:44 Wing mechanization – physical principles of operation
29:00 And the possible (achievable) result of application
32:17 New calculation of the required wing area
35:04 Let's start to understand span and aspect ratio
36:02 A little more aerodynamics (vocational school level)
38:42 A few more formulas and graphs (college level)
46:06 What's stopping us from making a long wing?
50:45 How do they fly without the wings falling off?
53:15 Spar and Construction Height
57:04 Aerodynamics vs.
58:42 The true story of the "Davis profile" and the B-24 bomber
1:06:43 TOTAL:
1:09:35 And for the most curious (why there's a "hump" on the K-Su graph)
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