CAJ | 학술논문

综合运用UG表达式法及UG二次开发工具UG/Open API,UG/Open MenuScript,UG/Open UIStyler和Visual C＋＋ 6.0,根据叶片锻件的加工原理,开发叶片模锻参数化设计系统。在该系统中,叶片锻件和锻模造型易于设计及修改。对提高叶片模具设计的效率、缩短模具开发周期具有较强的实用价值,同时也为后期的叶片模具制造和有限元数值模拟做好了强大的铺垫。
종합운용UG표체식법급UG이차개발공구UG/Open API,UG/Open MenuScript,UG/Open UIStyler화Visual C＋＋ 6.0,근거협편단건적가공원리,개발협편모단삼수화설계계통。재해계통중,협편단건화단모조형역우설계급수개。대제고협편모구설계적효솔、축단모구개발주기구유교강적실용개치,동시야위후기적협편모구제조화유한원수치모의주호료강대적포점。
Combined with the method of UG expression and the tools of the UG secondary development including UG/ Open MenuScript, UG/Open UIStyler, UG/Open API and Visual C＋＋ 6.0, blade die forging parametric design system was developed based on the blade forging process theory. In this system, the blade forging and die were easily designed and modified This method brings practical values for improving efficiency of blade forging die design and shortening the die development period, meanwhile, making a strong foundation for the following blade forging die manufacture and simulation by finite element method.