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Fin shape of TTCP standard model: (a) pinched model and (b) blunt model.  

Fin shape of TTCP standard model: (a) pinched model and (b) blunt model.  

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Figure 1. Geometry of TTCP standard model.  
Table 1. Computational and experimental work and a brief discussion on...
Figure 2. Fin shape of TTCP standard model: (a) pinched model and (b)...
Figure 3. Meshing of body surface of standard TTCP projectile.  
+14 Figure 4. Meshing of curved surfaces: (a) leading edge of the fin...
Anomalies in the Flow over Projectile with Wrap-around Fins
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Full-text available
  • Sep 2009
This paper presents the results of a numerical study to understand the flow field over a projectile with wraparound fins. This investigation is performed in order to determine aerodynamic coefficients for the missile model for varying Mach number from 1.2 to 2.5. The roll moment coefficients were computed from the flow field solution and compared w...
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Figure 1. Geometry of TTCP standard model.  
Table 1 . Computational and experimental work and a brief discussion on...
Figure 2. Fin shape of TTCP standard model: (a) pinched model and (b)...
Figure 3. Meshing of body surface of standard TTCP projectile.  
+15 Figure 4. Meshing of curved surfaces: (a) leading edge of the fin...
Anomalies in the Flow over Projectile with Wrap-around Fins
Article
Full-text available
  • Sep 2009
This paper presents the results of a numerical study to understand the flow field over a projectile with wraparound fins. This investigation is performed in order to determine aerodynamic coefficients for the missile model for varying Mach number from 1.2 to 2.5. The roll moment coefficients were computed from the flow field solution and compared w...
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