摘要
以GRIP语言为基础,对船用螺旋桨建模过程进行了二次开发,引入了FORTRAN语言进行二次编程作为中间转换工具,将螺旋桨设计输出文件直接转换为建模软件可以识别的GRIP语言语句,建模软件直接读取建立模型。此外,提出一种生成叶根位置剖面的处理方法。对于节能毂帽等形状复杂的节能装置以及螺旋桨毂帽也可以由此二次开发进行建模。
Based on GRIP language, a procedure of ship propeller modeling was developed. Another secondary development program based on FORTRAN language was usea as a the output file of the propeller design procedure into GRIP sentences that could be read by the modeling software. Then the modeling could be completed directly. Besides, a new method to generate the root section was proposed. Moreover,ESDs with complicated shape ,such as PBCF or propeller cap, could also be modeling by this secondary development.
作者
刘洋浩
苏焱
吴小平
张磊
LIU Yang-hao1, SU Yan2 ,WU Xiao-ping1, ZHANG Lei1(1. Shanghai Merchant Ship Design and Research Institute, Shanghai 201203, China; 2. Wuhan University of Technology, Hubei Wuhan 430063, Chin)
出处
《船舶设计通讯》
2017年第2期13-17,共5页
Journal of Ship Design
关键词
螺旋桨
二次开发
GRIP语言
自动化
propeller
secondary development
GRIP language
automation
