摘要
潜器稳性校核的基础是准确确定潜器的吃水线及浮心、重心位置。本文基于船舶稳性计算理论,结合潜器PRO/E三维模型,探索一种利用行为建模技术计算潜器稳性的方法。与传统计算方法相比,行为建模自动迭代计算方法的效率与准确性均有所提高,也为船舶其他CAD三维软件稳性计算提供参考。
Determining the positions of waterline, buoyant centre and barycenter are the basics of submarine stability calculation. Based on the calculation theory of submarine stabili- ty, and combined with PRO/E 3D model of submarine, a new calculation method of submarine stability is explored by using the behavioral modeling technology. Compared with traditional calculation method, this automatism iterative calculation method is more efficient and accu- rate. The results can provide a reference for other stability calculation with CAD 3D software.
出处
《造船技术》
2014年第1期17-20,46,共5页
关键词
潜器
PRO
E行为建模
稳性
Submarine PRO/E behavioral modeling Stability
