首页> 外文会议>2002 China-Japan Joint Conference on Acoustics Nov 14-17, 2002 Nanjing, China >NEW SOLUTION OF THE MAIN RADIUS OF CURVATURE ON TS MODELING
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NEW SOLUTION OF THE MAIN RADIUS OF CURVATURE ON TS MODELING

机译:TS建模中主要曲线半径的新解决方案

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摘要

In the case of monostatic, the positions of a underwater object's reflection highlights, which can contribute for object reflection, in fact, are the positions where normal direction of the underwater object's surface consistent with the angle of incidence. Compute reflection characteristic of the underwater object, as a matter of fact, is calculating the main radius of curvature and normal direction of apiece positions of the underwater object hull. This paper expounds a method of constructing the hull curved surface(bend surface) with "Numerical Value Approach Method" ,and solution of the main radius of curvature.
机译:在单基地的情况下,水下物体反射高光的位置实际上可能是水下物体表面法线方向与入射角一致的位置,这可能有助于物体反射。实际上,计算水下物体的反射特性是在计算水下物体船体各个位置的主曲率半径和法线方向。阐述了用“数值逼近法”构造船体曲面(弯曲面)的方法,并求出主曲率半径。

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