Review of Missile Structural Optimization Design for Additive Manufacturing
KE Linda1，2， ZHANG Xiaolong1， CUI Zhe1，2， GU Mingfeng1，2，
LAI Caifang1， LIU Yong1
1. Shanghai Spaceflight Precision Machinery Institute， Shanghai 201600， China；2. Shanghai Engineering Technology Research Center of Near-Net-Shape Forming for Metallic Materials， Shanghai 201600， China
Abstract：With the development of AM (additive manufacturing) technology, the integration of innovative structure design and AM technology must be the critical direction of breakthrough development in missile development and structural design. This paper discussed the application of advanced additive manufacturing technology in missile structure optimization in three parts: the static design, the dynamic structure design and the coupling dynamics. Since the optimization of missile structure involves dynamic characteristics, aeroelasticity, mechanical-thermal coupling etc., relying on its unique advantages, AM technology can break through the traditional design mode and the processing bottleneck, and can further realize the lightweight, small size and functional integration of space weapon equipment.
柯林达, 张小龙, 崔哲, 顾铭峰, 赖彩芳, 刘勇. 面向增材制造的导弹结构优化设计综述[J]. 空天防御, 2023, 6(2): 28-34.
KE Linda, ZHANG Xiaolong, CUI Zhe, GU Mingfeng, LAI Caifang, LIU Yong. Review of Missile Structural Optimization Design for Additive Manufacturing. Air & Space Defense, 2023, 6(2): 28-34.
