1) drawing die CAE
拉伸模CAE
2) tensile modulus
拉伸模量
1.
This paper investigate the tensile performance of different kinds of structural sealants, the influence of water-ultraviolet radiation on tensile performance and the relation between tensile modulus and performance by testing the tensile performance of several structural sealants for insulating glass uni
通过对几种常用中空玻璃结构密封胶的拉伸黏结性能测试,研究不同类型的结构密封胶的拉伸黏结性能、水-紫外线对拉伸黏结性能的影响、拉伸模量与拉伸黏结性能的关系。
2.
Results show that the mechanical properties including tensile strength,tensile modulus,flexural modu.
实验结果表明,采用偶联剂处理晶须可改善其填充UP树脂浇注体的拉伸强度、拉伸模量、弯曲模量和冲击强度。
3.
Based on the finite element method,this paper presents a discussion on the influence of geogrid tensile modulus and frictional coefficient on.
应用有限单元法探讨筋材拉伸模量、筋土界面摩擦系数对一土工格栅加筋柔性路面的接触面剪切特性和基层回弹应变、塑性应变沿加载中心线分布的影响。
3) drawing die
拉伸模
1.
Finite element method optimal design on the structure of cemented carbide drawing die;
硬质合金拉伸模结构有限元优化设计
2.
analyzed the part forming process, designed and manufactured the second drawing die, the die production result was good.
针对该汽车油箱下体盖盒具有不对称宽凸缘、垂直阶梯盒形件特点,对零件进行工艺分析处理,设计制造了第二次拉伸模,模具生产效果良好。
3.
The largest difficulty of drawing die is requiring a feasible process project and well supplement to the process, the eligible products can be punched out only when the project is determined.
对于拉伸模最大的难度就是要求有合理的工艺方案、良好的工艺补充,只有确定好方案,才能够拉伸出合格的产品。
4) double stretching die
双拉伸模
5) drawing die
拉伸模具
1.
Then the key points in design of the automatic drawing die were discussed,including the structure,the working procedure,and the automatic feeding mechanism.
介绍了铝茶壶嘴的成形工艺,自动拉伸模具的结构、工作过程、设计要点及自动送料机构。
6) dieless drawing
无模拉伸
1.
Study on mathematical model of dieless drawing for pole of automobile back-peep mirror;
汽车后窥视镜支杆无模拉伸数学模型
2.
A sort of new-style dieless drawing process titanium pipe shaped and the method of manufacture technology were introduced.
介绍了一种新型无模拉伸加工钛管的成形方法及生产工艺。
补充资料：表观弹性模量
分子式：
CAS号：
性质： 在减震橡胶制品中，由于橡胶与金属黏着界面的形状效应，不能仅由形状尺寸和橡胶的弹性模量来决定不同方向的弹簧常数，为此将表观弹性模量Eap定义为：圆柱形：Eap=(3+4.9355S2)G正方形：Eap=(3+6.580S2)G无限长柱：Eap=(4+3.290S2)G式中G为剪切弹性模量，S为形状因子。
CAS号：
性质： 在减震橡胶制品中，由于橡胶与金属黏着界面的形状效应，不能仅由形状尺寸和橡胶的弹性模量来决定不同方向的弹簧常数，为此将表观弹性模量Eap定义为：圆柱形：Eap=(3+4.9355S2)G正方形：Eap=(3+6.580S2)G无限长柱：Eap=(4+3.290S2)G式中G为剪切弹性模量，S为形状因子。
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