Application of iSIGHT to Optimization Design of Water-exit Trajectory for Missile Carrier
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摘要: 在无动力潜射导弹运载器大深度发射出水弹道设计中, 由于设计参数众多, 约束条件复杂, 手工进行时序弹道控制方案设计与调优是一件十分繁琐的工作, 需要很多的经验与技巧, 且不能保证获得最优控制方案。该文采用多学科集成优化设计软件iSIGHT对出水弹道控制方案优化设计进行了建模与研究, 不仅实现了设计过程的自动化, 提高了设计效率, 而且获得了性能优化的出水弹道控制方案, 为运载器出水弹道性能的改进设计提供参考。Abstract: In the design of the water-exit trajectory of the unpowered sub-aunched missile carrier from deep water, a large number of design parameters and complex constrains make the manual design and optimization of control scheme a complicated job, which needs much experience and techniques and cannot assure the best result. In this paper, the authors apply the software iSIGHT in the optimization design of water-exit trajectory control scheme. Hence, the automation o f design process is realized, the design efficiency is improved, and the optimized water-exit trajectory control scheme for missile carriers is achieved.
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Key words:
- unpowered carrier /
- water-exit trajectory /
- control scheme /
- optimization design /
- iSIGHT
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