Spaceplane trajectory optimization with vehicle size analysis

机译：载具尺寸分析的空间飞机轨迹优化

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A numerical method to solve simultaneous design and control optimization problems is considered. Firstly, the simultaneous optimization problem in this paper is transformed into a new formulated nonlinear programming problem. Considering using a sequential quadratic programming method, the diagonal form of the Hessian matrix for the Lagrange function is introduced in a new formulation named Block Diagonal Hessian (BDH) method. FInally, the present method is applied to simultaneous spaceplane design and trajectgory optimization problms for feasibility study of a future space transportation system. Through several calulations, the proposed BDH method is confirmed to be effective for simultaneous optimization problems.

机译：考虑了一种解决同时设计和控制优化问题的数值方法。首先，将本文中的同时优化问题转化为一个新的公式化非线性规划问题。考虑使用顺序二次编程方法，用于Lagrange函数的Hessian矩阵的对角线形式引入了称为Block Diagonal Hessian（BDH）方法的新公式中。最后，将本方法应用于同步空间飞机设计和航迹优化问题，以用于未来空间运输系统的可行性研究。通过多次计算，所提出的BDH方法被证实对于同时优化问题是有效的。

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来源
《4th IFAC(International Federation of Automatic Control) Symposium on Automatic Control in Aerospace 1998 Seoul, Korea, 24-28 August 1998》|1998年|p.439-444|共6页
会议地点 Seoul(KR)
作者
Takeshi Tsuchiya; Shinji Suzuki;
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原文格式 PDF
正文语种 eng
中图分类航空、航天技术的研究与探索;
关键词
Numerical methods; Optimization problems; Nonlinear programming; Optimal trajectory; Space vehicles;

机译：数值方法；优化问题；非线性编程最佳轨迹；航天器;

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4. Spaceplane trajectory optimization with vehicle size analysis [C] . Takeshi Tsuchiya, Shinji Suzuki International Federation of Automatic Control symposium on automatic control in aerospace . 1999

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Spaceplane trajectory optimization with vehicle size analysis

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