Methods for rapid computation of RCS in aircraft design
Jason Bowman
Abstract
Jason Bowman
Abstract
Techniques are presented for improving the computational performance of radar cross section (RCS) prediction for aircraft. The motivation is to bring RCS and other electromagnetic requirements into a multidisciplinary, integrated design environment where optimization is likely to be employed. Techniques directly applicable to the method of moments and high frequency approximations are discussed.
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Techniques are presented for improving the computational performance of radar cross section (RCS) prediction for aircraft. The motivation is to bring RCS and other electromagnetic requirements into a multidisciplinary, integrated design environment where optimization is likely to be employed. Techniques directly applicable to the method of moments and high frequency approximations are discussed.
Key concepts: Radar cross-section, Computation, Multidisciplinary design optimization, Multidisciplinary approach, Radar, Computer science, Method of moments (probability theory), Aerospace engineering