1) Superplastic Bulging
超塑性气压胀形
1.
Research on Design and Implement of a Pressure-Time Curve Controlled Superplastic Bulging System;
超塑性气压胀形测控系统的设计与实现
2) superplastic bulging
超塑性胀形
1.
Combination of differential temperature drawing and superplastic bulging;
差温拉深/超塑性胀形复合工艺研究
3) superplastic forming(SPF)
超塑性胀形成形
4) superplastic bulging
超塑胀形
1.
On the basis of the rigid visco-plastic FEM technique,the numerical simulation of the cavity-damage evoluation process during superplastic bulging process was carried out using the model of cavity-damage evolution deduced from continuous damage mechanics.
利用刚粘塑性有限元技术采用连续损伤力学导出的空洞损伤演变模型对超塑胀形的空洞损伤演变过程进行了数值模拟。
2.
In order to shorten forming time and to achieve uniform thickness of parts in superplastic bulging of void-sensitive materials, it is well known that maximum effective strain rate should be kept within a very small range.
压力 -时间曲线在超塑胀形工艺参数的选择和工艺过程优化设计中至关重要。
3.
Therefore, there will be more practical significance on its practical application to the expansion of the scope of a more complex shape of magnesium alloy parts, whether or not it has superplasticity study under certain conditions using superplastic bulging forming.
从而为指导超塑胀形实验及生产,预测成形缺陷提供了一条有效途径。
5) barometric bulging
气压胀形
1.
Discussion on barometric bulging processing parameters for profiled aerosol tank;
异形气雾罐气压胀形工艺参数的探讨
6) superplastic constrained bulging
超塑约束胀形
1.
However, up to now, the theoreticalanalysis for the superplastic constrained bulging has only a few research reports.
尽管超塑胀形作为一种金属成形方法正日渐受到世界各国的普遍关注，但对超塑约束胀形理论的研究报道却还很少，尤其对胀形过程的有限元模拟研究就更为罕见。
补充资料：胀塑性
分子式：
CAS号：
性质：又称胀塑性，膨胀性。非牛顿流体在剪切流动中的一种流动行为，即流体的黏度随剪切速率增加而增大，表现出剪切变稠的性质。具有一定浓度的、颗粒形状不规则的悬浮体系，如聚氯乙烯糊等，在流动中表现出这种触稠性。具有触稠性的流体称为触稠性流体。
CAS号：
性质：又称胀塑性，膨胀性。非牛顿流体在剪切流动中的一种流动行为，即流体的黏度随剪切速率增加而增大，表现出剪切变稠的性质。具有一定浓度的、颗粒形状不规则的悬浮体系，如聚氯乙烯糊等，在流动中表现出这种触稠性。具有触稠性的流体称为触稠性流体。
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