1) burnish length
剪切面高度
1.
Aiming at increasing the burnish length of blanked workpiece,a new assumption on dual positive clearance blanking for thick plate is proposed,based on summing up various existing shearing processes of blanking.
为提高普通冲裁件断面中剪切面高度,在总结现有各种冲压分离工艺方法的基础上,提出了一种新的厚板冲裁构想,其模具结构设计为:阶梯型冲头或阶梯形凹模,且为双重正间隙。
2.
Under the previous manufacturing conditions,blanking experiments were carried out and was obtained advancement The burnish length in the cross-section of big hole was more than half of material thickness,which was twice over the original .
在原加工条件下,进行了多次冲裁试验,获得的轮辐大孔断面剪切面高度大于料厚一半,达到原剪切面高度的两倍,并进行了相关分析。
2) high shear strength
高剪切强度
1.
A and Part B were inner toughened,the resulting pasty epoxy resin structural adhesive was distinctive for its high shear strength under thick bondline.
本研究工作采用环氧树脂在叔胺催化剂作用下与端羧基液体丁腈(CTBN)预反应的方法,制备了具有内增韧性的胶粘剂甲组份;采用高温,高压催化加氢的方法制成的一缩二乙二醇双(r—氨丙基)醚及混合胺,催化剂混合制备了具有内增韧性能的胶粘剂乙组份,由于甲、乙两组份同时进行了内增韧,混配后的胶粘剂具有较高的韧性及内聚强度,从而得到了在厚胶层下仍具有较高剪切强度的双组份糊状环氧树脂结构胶粘剂。
3) HT/HS High Temperature/High Shear (viscosity)
高温高剪切(粘度)
4) section depth
切面高度
5) interfacial shear strength
界面剪切强度
1.
The results showed that the interfacial shear strength between PBO fiber and epoxy resin were greatly improved after the modification,the.
通过单丝拔出实验研究了偶联剂对不同表面形态纤维的表面处理情况,结果表明:用偶联剂表面处理后,纤维与树脂间的界面剪切强度得到提高,偶联剂对未经烘干纤维表面处理比对烘干纤维处理的效果要好,与原丝相比,提高率可达69。
2.
A method of preparing single fiber pull-out specimens was designed,and the interfacial shear strength(IFSS) of Bf/epoxy resin composites was measured by single fiber pull-out rest.
设计了一种单根硼纤维拔出试样制备方法,并测试了不同树脂基体的硼纤维/环氧复合材料的界面剪切强度;研究了单根硼纤维拔出界面破坏过程。
3.
The single fiber fragmentation test has been used to determine the interfacial shear strength of composite materials.
单纤维段裂试验作为复合材料界面剪切强度的一种测试方法被沿用至今。
6) interfacial shear viscosity
界面剪切黏度
1.
Effects of petroleum compound system on oil-water interfacial shear viscosity of crude oil treated with alkali
复合体系对与碱反应后原油油水界面剪切黏度的影响
2.
The interfacial film properties of resin and asphaltene separated from Saudi Arabia crude oil were investigated by interfacial shear viscosity,and explained by the molecular properties of the resin and asphaltene studied by IR,UV and VOP.
对含有胶质、沥青质的模拟油和模拟水体系,测定了其界面张力和界面剪切黏度。
3.
The molecular structures of asphaltenes and resins in Shengli crude oil were studied by IR,UV,and intensity of the interfacial film between oil and water was investigated by interfacial shear viscosity measurements,and the stability of emulsions was also researched.
采用红外和紫外光谱分析了胜利原油中胶质和沥青质的结构,采用界面剪切黏度对其油、水界面膜强度进行了表征,测定了胶质和沥青质模拟油油包水乳状液的稳定性。
补充资料：不看金面看佛面
1.同"不看僧面看佛面"。
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