环氧胶粘剂的耐蚀性能是通过测定其拉伸剪切强度来评定的。
The corrosion resistance of epoxy adhesive was assessed by its tensile shear strength.
介绍了一种高强度光敏胶拉伸剪切强度测试方法，分析了影响测试结果的几种主要因素。
An introduction to the testing method for tensile and shear strength of high strength photosensitive glue is given and the main causes that have influence on the testing result is analyzed.
研究了不同搭接接头形式，胶粘剂毛边和拉伸剪切强度的测试方法对拉伸剪切强度的影响。
The effects different joint forms, queer out and the measuring ways on tensile sheer strength are studied in the paper.
结果表明，紫外线对CFRP与混凝土的拉伸剪切强度影响较大，防护能有效缓减CFRP与混凝土的正拉粘结性能在紫外线作用下的劣化。
The results showed that the influence of UV light on adhesive property was great, and protection can slow the deterioration of adhesive strength of CFRP and concrete.
泰盛结构胶具有较强的拉伸、剪切与剥离强度，耐冲击、耐压、抗振动。
Tightsen structural adhesives have excellent tensile, shear and peel strength combined with maximum impact, stress and vibration resistance.
提出了一种利用拉伸法和剪切法测定内生复合板钢板弱界面拉伸强度及剪切强度的测试方法。
A new method was given to test the cohesion strength of weak interface of DISC by tensile tests and shearing tests.
结果表明：周向剪切应力场可明显改善管材的周向强度，轴向拉伸可实现管材轴向增强。
It was found that the circular shearing and axial tensile increased the circular and axial strength of the pipe, respectively.
离聚体的拉伸强度、搭接剪切强度和乳化性能均随顺酐化程度的提高而改善。
Tensile strength and lap shear strength increased with increasing of grafting degree due to great improvement of polarity.
试验结果表明，拉伸强度表现出混杂负效应，而剪切强度表现出混杂正效应，两种强度的混杂效应都随混杂比的增大而降低。
The results show that the tensile strength presents negative hybrid effect, while shear strength presents positive hybrid effect, and their hybrid effect decreases with the hybrid ratio increasing.
总结出剪切屈服强度和拉伸屈服强度，最大剪切强度和抗拉强度之间的关系。
Draw the conclusion that the relationship between the shear yield strength and yield strength, between the ultimate shear strength and the ultimate strength.
并对试样进行了拉伸强度、剪切强度、剥离强度等多项测试。
And get on multinomial testing to the sample such as tensile strength, shearing strength, peeling strength and so on.
最后分别对3种方法进行了测试试验。结果表明，3种试验方法均能有效测试爆炸复合接头的剪切强度，其中对称试件双切口拉伸法最适合实际应用。
Results shows that all these three methods can be used to measure the shear strength of explosion cladding interface, and the most practical one is the double-notch method using symmetry specimen.
最后分别对3种方法进行了测试试验。结果表明，3种试验方法均能有效测试爆炸复合接头的剪切强度，其中对称试件双切口拉伸法最适合实际应用。
Results shows that all these three methods can be used to measure the shear strength of explosion cladding interface, and the most practical one is the double-notch method using symmetry specimen.
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