The open atmosphere above a wing has no such boundary. The air is free to expand vertically, making the strict Venturi analogy physically invalid. The Real Physics of Lift Generation
If you’d like to find a detailed PDF to explore this further, I can help you find resources covering or Navier-Stokes equations . Share public link understanding aerodynamics arguing from the real physics pdf
Understanding Aerodynamics: Arguing from the Real Physics For decades, aeronautical engineering students, pilots, and aviation enthusiasts have encountered a persistent problem in textbooks: simplified explanations of lift that contradict the actual laws of physics. Doug McLean’s seminal book, Understanding Aerodynamics: Arguing from the Real Physics , systematically dismantles these myths. It replaces them with a mathematically rigorous, physically coherent framework for how air interacts with solid bodies. The open atmosphere above a wing has no such boundary
The most important lessons from McLean’s Understanding Aerodynamics: Arguing from the Real Physics can be summarized as follows: and momentum conservation. A.
True aerodynamic lift is a holistic phenomenon. It cannot be attributed to just one equation; rather, it is the simultaneous application of pressure fields, velocity fields, and momentum conservation. A. Fluid Curvature and the Coandă Effect
Explain the (like Bernoulli’s) in more depth? Analyze the Bernoulli vs. Newton debate?