The simulation results show that the optimization of die bearing is effective.
数值模拟结果表明,本研究对挤压模具工作带的优化是有效的。
This synthetical analysis will enhance die bearing capacity and improve die design as well as economize die materials.
这种综合分析方法为提高模具的承载能力、节省模具材料和改进模具结构设计提供了有益的经验。
Based on this model a computer aided optimum design system of die bearing length and openings layout for aluminium profile extrusion is developed.
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。
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