1) deep cup shaped part
深杯形件
2) cup
[英][kʌp] [美][kʌp]
杯形件
1.
Microstructure and property of warm formed cup;
温成形杯形件组织性能研究
2.
Based on the three-parameter Barlat-Lian yield criteria,the cup forming was simulated by using finite element software,and the data of cracking,wrinkling and thinning was acquired by designing binder force,die radius.
使用3参数Barlat-Lian屈服准则,通过有限元软件模拟杯形件的拉深成形,获得压边力、凹模圆角半径参数与破裂、起皱、厚度最大变薄率之间关系的数据;通过多元非线性回归处理,分别建立压边力、凹模圆角半径参数与破裂、起皱、最大变薄率的目标函数模型。
3) cup shell
杯形件
1.
Finite element analysis and process improvement about the end face defect of cup shell
杯形件端面缺陷的有限元分析及工艺改进
2.
The microstructure of the prepared Al/Al2O3 composite cup shell was observed by SEM,and bend strength and fracture toughness of this alloy were measured.
对该工艺制备的Al/Al2O3复合材料杯形件进行扫描电镜观察、抗弯强度以及断裂韧性测量。
4) double-cup part
双杯形件
1.
The process of double-cup part warm extrusion was simulated using finite element.
应用有限元法对双杯形件温挤压成形进行了数值模拟,着重分析了不同挤压温度、不同凹模圆角下的金属流变和应力应变分布,对模拟结果进行了对比分析,从而为优化模具设计,以及实验研究和生产提供了科学的依据。
5) TC4 cup-shape part
TC4杯形件
1.
Backward extrusion process of TC4 cup-shape part was investigated in this study.
本文以TC4杯形件反挤压为研究对象,研究了非等温挤压过程热传递行为,通过温度场计算引入冷硬层概念,计算了具有冷硬层的坯料在反挤压时的单位应力和载荷。
6) cup-shaped part
杯形件
1.
Numerical simulation and experimental analysis on technological parameters in warm extrusion of cup-shaped parts
杯形件温挤成形工艺参数的模拟与试验分析
2.
The paper mainly focuses on the analysis of the distribution of stress and strain in the flange of a cup-shaped part during deep drawing,according to the plastic mechanics theory.
用塑性理论求得杯形件拉深成形工艺过程中凸缘部分的应力与应变分布的解析解。
补充资料：角形玉杯(西汉)
现藏广州市西汉南越王墓博物馆。这是明代以前唯一一件汉代遗作，在玉器史是占绝对重要的地位。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条