本文首次给出一般曲面上非测地线缠绕稳定条件的推导,推导结果还得到了该条件更精确的形式.为判别缠绕工艺性,给出了一种确定曲面外法矢的算法,以此为基础通过分析总结出了非测地线缠绕工艺性的判据.
参考文献
| [1] | Menges G,Wodicka R,Barking H L.Non-geodesic winding on a surface of revolution.33rd Annual Conference of SPI,1978: Section 10-D,1～4 |
| [2] | 冷兴武.非测地线稳定缠绕的基本原理.宇航学报,1982(3): 90 |
| [3] | 黄毓圣,谢军龙.回转表面上非测地线缠绕的计算方法.宇航学报,1985(3): 63～69 |
| [4] | 邹蒙,黄毓圣.回转表面上非测地线缠绕方程及其解.宇航学报,1987(2): 53～61 |
| [5] | Li Xianli,Lin Daohai.Non-geodesic winding equations on a general surface of revolution.Proc 6th conf on Composites Materials,1987.1.152～1.160 |
| [6] | Wells G M,McAnulty K F.Computer aided filament winding using non-geodesic trajectories.Proc 6th conf on Comosites Materials,1987.1.161～1.182 |
| [7] | 冷兴武.椭圆柱曲面缠绕滑线位置计算公式.复合材料学报,1991,8(1):27～33 |
| [8] | Johan Scholliers,Hendrik Van Brussel.Computer-integrated filament winding: computer integrated design,robotic,filament winding and robotic quality control.Composites Manufacturing,1994,5(1):17 |
| [9] | 陈维桓.微分几何初步.北京大学出版社,1990.157 |
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