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Aerodynamics And Fluid Mechanics. An Aerofoil In A Flow Table During My Aerodynamics Lab Session, Showing The Stagnation Point And Flow Separation (Turbulent) Due To Excessive Pitch Angle Exceeding The Critical Angle Of Attack (Typically 15° For Most Commercial Airliners) This Amount Of Pitch Results In Stalling Of The Aerofoil (Which Generates Turbulent Flow), Which Is Catastrophic In A Real Aircraft If Stall Recovery Procedure Is Not Applied Immediately.

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Aerodynamics and Fluid mechanics. An aerofoil in a flow table during my aerodynamics lab session, showing the stagnation point and flow separation (turbulent) due to excessive pitch angle exceeding the critical angle of attack (typically 15° for most commercial airliners) This amount of pitch results in stalling of the aerofoil (which generates turbulent flow), which is catastrophic in a real aircraft if stall recovery procedure is not applied immediately.

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