数值结果表明该方法是带筋支撑板有效的计算机辅助优化设计方法。
Numerical results illustrate the method is an efficient computer aided optimal design method.
根据该模型开发了铝型材挤压平模工作带长度和模孔配置的计算机辅助优化设计系统。
Based on this model a computer aided optimum design system of die bearing length and openings layout for aluminium profile extrusion is developed.
本文叙述了在合理选择铣刀的基础上，对钛合金的端铣切削参数进行了计算机辅助优化设计。
The computer aided optimum design for end milling parameters of Ti-Alloy, based on milling tool selection is dealt with in the paper.
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