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Journal of the Korea Institute of Military Science and Technology 2004;7(3):69-76.
An Inverse Design for Nose Shape of a Cylindrical-Shaped Submerged Body
Chul-Min Jung
Agency for Defense Development
원통형 수중운동체 두부 형상 역설계
정철민
국방과학연구소
Abstract
In this paper, an efficient inverse design method for nose shape of submerged body based on the MGM(Modified Garabedian-McFadden) design method has been developed. The MGM design method is a residual-correction technique, in which the residuals are differences between the desired and the computed pressure distributions. 3-D incompressible Wavier-Stokes equation was adopted for obtaining the surface pressure distribution and combined with the MGM design method to perform the inverse design of nose shape of submerged body. The design method was verified by applying to several airfoil shapes. Improved design shapes could be obtained when the method was applied to nose shapes of submerged body.
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