Prediction Of Normal Force Pitching Moment And Yawing Force On Bodies Of Revolution At Angles Of Attack Up To 50 Degrees Using A Concentrated Vortex Flow Field Model
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Prediction of Normal Force, Pitching Moment, and Yawing Force on Bodies of Revolution at Angles of Attack Up to 50 Degrees Using a Concentrated Vortex Flow-field Model
| Author | : Andrew B. Wardlaw (Jr.) |
| Publisher | : |
| Total Pages | : 100 |
| Release | : 1973 |
| Genre | : Angle of attack (Aerodynamics) |
| ISBN | : |
Download Prediction of Normal Force, Pitching Moment, and Yawing Force on Bodies of Revolution at Angles of Attack Up to 50 Degrees Using a Concentrated Vortex Flow-field Model Book in PDF, Epub and Kindle
A method initially proposed by Bryson is extended to include asymmetric shedding. This method employs the impulsive flow analogy, and models each wake vortex using a single-point vortex. Free parameters inherent in the problem formulation are determined empirically. Normal force, pitching moment and yawing force coefficients are predicted for slender bodies with a nose fineness ratio greater than four and at a Mach number less than 0.9. (Modified author abstract).
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