节点文献
大锻件拔长工艺优化
Optimization Design of Heavy Forgings Stretching Process
【摘要】 在大锻件生产中,为了避免锻件芯部拉应力的产生,降低锻件各向异性,应用有限元模拟软件FORGE对大锻件拔长过程进行了连续性数值模拟,分析了影响锻件质量的主要因素。同时,通过正交试验研究了压下量、砧型、进给量对锻件芯部应力的影响,确定了能够降低锻件各向异性的最佳工艺方案。
【Abstract】 The finite element soft FORGE was applied to simulate the heavy axial forging continuous stretching in order to avoiding tension stress in the heart zone of forgings and reducing the anisotropy during the processing of heavy forgings production.The effect of different forging parameters,including reduction,the shape of anvil and feed rate,on the forging quality was analyzed.The optimal process of the heavy axial forging is determined by orthogonal experiment.
【关键词】 大锻件;
正交试验;
有限元分析;
水平V型砧;
【Key words】 heavy forgings; orthogonal experiment; finite element analysis; horizontal V-shaped anvil;
【Key words】 heavy forgings; orthogonal experiment; finite element analysis; horizontal V-shaped anvil;
- 【文献出处】 铸造技术 ,Foundry Technology , 编辑部邮箱 ,2018年06期
- 【分类号】TG316;TG356
- 【被引频次】3
- 【下载频次】194