1) Forging plasticity
锻造塑性
1.
Effect of chemical composition on forging plasticity was discussed, an optimal composition range of element chrome and nitrogen, electroslag remelting process and forging process were determined.
本文论述00Cr22Ni5Mo3N大管坯的试制工艺,特别是对我厂不锈钢2t电极重熔650mm×650mm锭的工艺进行了探索,着重讨论了化学成分对该钢锻造塑性的影响,总结出了最佳的Ni、Cr、N控制范围、电渣重熔和锻造工艺。
2) superplastic forging
超塑性锻造
3) forging property
锻造性质
4) superplastic die forging
超塑性模锻
1.
In this paper, the substance and technological process of superplastic die forging are narrated; the specific properties of superplastic alloy material are introduced; the present application situation and die material of superplastic die forging are enumerated and the characteristics and advantages of superplastic die forging are also elaborated.
叙述了超塑性模锻的实质及工艺过程 ;介绍了超塑性合金材料的特性 ;列举了超塑性模锻的应用现状及模具材料 ;阐述了超塑性模锻工艺的特点和优点。
5) superplastic forging
超塑性锻压
1.
The nonlocal friction law proposed by Oden et al was adopted in order to consider the nonlocal friction effect of the asperities on the rough contact surface between the die and the workpiece about superplastic forging of disks.
为了考虑金属材料表面微凸结构对模具与工件接触区域上的非局部摩擦效应,在圆板的超塑性锻压加工问题中,采用Oden等提出的非局部摩擦定律代替经典的库仑摩擦定律,利用主应力法或工程法建立了相应问题的微积分形式的力平衡方程。
6) non-malleability
不可锻造性
补充资料：20t压力电渣重熔炉(德国联合锻造公司)
20t压力电渣重熔炉(德国联合锻造公司)
麟20t压力电渣重熔炉(德国联合锻造公司)
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