On optimization of large cable mesh surface antenna with both deployed and retracted states
On optimization of large cable mesh surface antenna with both deployed and retracted states
- New search for: Baoyan Duan,
- New search for: Ying Luo,
- New search for: Baoyan Duan,
- New search for: Ying Luo,
In this paper, a new kind of optimal design model and methodology for large flexible antenna in space with deployed and retracted states are investigated. The purpose is to search for a minimum weight design by means of selecting the cables' tension and cross-sectional areas of the surround truss whilst satisfying the constraints such as, for deployed state, the precision of reflector surface, material strength, eigenfrequency and variables sides, and, for retracted state, the stowage volume, eigenfrequency, material strength and variables sides. To solve the problem, an improved genetic algorithm (GAs) is proposed and applied to a 17-m-diameter antenna with reasonable result, which is currently under design and manufacturing in China.
Document information
On optimization of large cable mesh surface antenna with both deployed and retracted states
2006-01-01
2649140 byte
Conference paper
Electronic Resource
English
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