File:Cx ogives de fusées.png

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Frontal Cd of rocket noses according to their form, according to Hoerner

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Description
Français : Cx frontal des ogives de fusées selon leur forme d'après le Hoerner "Drag". Hoerner annonce même des Cx négatifs pour la première ogive (apparemment parabolique), mais ce n'est que le Cx de pression.[1], [2].
English: Frontal Cd of rocket noses according to their form after the Hoerner "Drag". Hoerner even gave negative Cd for the first nose (apparently parabolic), but it is only the pressure Cd.[3].
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Author Bernard de Go Mars

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Annotations
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This image is annotated: View the annotations at Commons
  1. p49, S. F. Hoerner, Résistance à l'avancement dans les fluides, Gauthier-Villars |éditeur, Paris, 1965
  2. p3-12, S. F. Hoerner, Fluid-dynamic drag : theoretical, experimental and statistical information, 1992
  3. p3-12, S. F. Hoerner, Fluid-dynamic drag : theoretical, experimental and statistical information, 1992
  4. AN INVESTIGATION OF VARIOUS PARAMETERS AFFECTING THE STRUCTURAL WEIGHT OF ROCKET VEHICLE NOSE CONES, by Clyde D. Nevins and Benny W. Helton, MARSHALL SPACE FLIGHT CENTER [1]
  5. AERODYNAMIC CHARACTERISTICS OF SPHERICALLY BLUNTED CONES AT MACH NUMBERS FROM 0.5 TO 5.0 , NASA TN D-3088,by Robert V. Owens, George C. Marshall Space Flight Center Huntsville, Ala. [2]
  6. THE AERODYNAMIC CHARACTERISTICS OF LARGE ANGLED CONES WITH RETROROCKETS, Contract N° NAS 7-576, by Philip O. Jarvinen and Richard H. Adams, February 1970 [[ http://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19720005324_1972005324.pdf]]
  7. AN INVESTIGATION OF VARIOUS PARAMETERS AFFECTING THE STRUCTURAL WEIGHT OF ROCKET VEHICLE NOSE CONES, by Clyde D. Nevins and Benny W. Helton, MARSHALL SPACE FLIGHT CENTER [3]
  8. AERODYNAMIC CHARACTERISTICS OF SPHERICALLY BLUNTED CONES AT MACH NUMBERS FROM 0.5 TO 5.0 , NASA TN D-3088,by Robert V. Owens, George C. Marshall Space Flight Center Huntsville, Ala. [4]
  9. THE AERODYNAMIC CHARACTERISTICS OF LARGE ANGLED CONES WITH RETROROCKETS, Contract N° NAS 7-576, by Philip O. Jarvinen and Richard H. Adams, February 1970 [[ http://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19720005324_1972005324.pdf]]
  10. Le Vol de la fusée, Stabilité et Trajectographie, Version 2.0 - juillet 2008,Planète Sciences [5]
  11. EFFECTS OF BLUNTNESS ON THE SUBSONIC DRAG OF AN ELLIPTICAL FOREBODY, NASA TECHNICAL NOTE D-3388, by John D. Norris and Robert J. McGhee [6]

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