胶接强度

  • 网络bonding strength
胶接强度胶接强度
  1. 试验表明,随着低成本API加入量的增加,胶合板的预压性能、胶接强度都有明显提高。

    Experiment results showed that pre-press capability and bonding strength of plywood can be improved distinctly with increasing added quantity of low cost API .

  2. 接头形式对胶接强度的影响

    The Effects of Joint Forms on Bonding Strength

  3. 通过在低毒脲醛树脂胶粘剂调制过程中加入低成本API对低毒脲醛树脂胶粘剂进行改性,亦能改善胶合板板坯的预压性能和胶合板的胶接强度。

    Adding low cost API to UF resin can also gain the same purpose .

  4. 落叶松木材API胶粘剂弦径面胶接强度的差异

    The Difference of Bonding Strength between Radial and Tangential Surfaces of Larch with API Adhesive

  5. 制备了一种有机硅胶粘剂,该胶粘剂主要由苯基硅橡胶与MQ硅树脂组成,对影响该胶粘剂胶接强度的因素进行了研究。

    A kind of high - temperature - vulcanization silicone adhesive mainly consisted of phenyl silicone rubber and MQ resin was prepared , and factors having effects on its adhesive strength were investigated .

  6. 通过在SY-23B胶粘剂中加入偶联剂KH-550,能使其胶接强度和抗冲击强度得到提高。

    Mixed with KH-550 as coupling agent , the pressure shear strength of the adhesive SY-23B is promoted .

  7. 试验结果表明:采用H2O2溶液处理落叶松木材表面可以提高其胶接强度,用H2O2溶液处理过的落叶松表面比未处理过的落叶松素材的常态压缩剪切强度提高15%。

    Experimental results showed the treatment could improve bond properties of treated material , and the dry compressing shear strength of Larch specimen trated with H2O2 solution was raised by 15 % comparing with that of untreat one .

  8. 结果表明:该胶粘剂对铝有较好的胶接强度,其剪切强度与MQ树脂的结构有很大关系,随MQ树脂用量的增加而提高,催化剂的种类和用量对胶接强度也有影响。

    The results showed : this kind of adhesive had high adhesive strength for Aluminium , the adhesive strength related to the structure Of MQ resin , the content of MQ resin , the type and the amount of catalysis .

  9. 试验研究表明,偶联剂KH-550可显著地提高环氧胶粘涂层的胶接强度。耐磨性和耐水性。

    In this paper , the strengh , abrasion resistance and waterproof of the epoxy bonding coating can be strengthened by adding the coupling agent KH-550.The optimal amount of KH-550 is presented .

  10. 证明了机械互锁作用对胶接强度的影响。

    The riveted joint effect act on adhesive strength was proved .

  11. 简易手动液压胶接强度试验机的设计制作

    Design and fabrication of simple hydraulic testing machine for bonding strength

  12. 内聚力模型在结构胶接强度分析中的应用

    The application of structure adhesive bonded strength using cohesive zone model

  13. 结果表明,所研制的胶黏剂具有良好的耐湿热老化和耐介质性能,该胶黏剂同时具有胶接强度高和固化工艺方便的优点。

    The adhesive had good hot-wet resistance and anti-medium performance .

  14. 表面处理对不锈钢夹层结构板胶接强度的影响

    Effects of Surface Treatment on Adhesion Strength of Stainless Steel Sandwich Panel

  15. 一种测量胶接强度的简易装置

    A simple device for adhesion strength measuring

  16. 胶粘剂的选择和改性,以改进其固化速度和胶接强度;

    The choice and modification of adhesives to improve the sticky strength and lower the curing time ;

  17. 胶粘剂的胶接强度主要与热解生物油中酚类物质含量有关。

    The bonding strength of adhesive was mainly related to the contents of phenolic substances in pyrolysis bio-oil .

  18. 脲醛树脂的固化是将线型可溶性树脂转化成不溶不熔体型结构并获得胶接强度的过程。

    The curing process of urea-formaldehyde resin is to transform the linear resin into crosslinked one , by which give resin bonding strength .

  19. 在低毒脲醛树脂胶粘剂合成过程中加入淀粉或氧化淀粉,能有效地改善胶合板板坯的预压性能和胶合板的胶接强度。

    Adding amylum or oxidized amylum in the synthesis process of low toxic urea-formaldehyde resin can improve pre-press capability and bonding strength of plywood .

  20. 结果表明,这种杉木有高胶接强度和浸渍剥离强度,但自身剪切强度较低。

    The result showed that the bond strength and immersion strength of adhesive bond of the laminated finger-joint board are higher , but shearing strength is lower .

  21. 结果表明:硬度较低的外底,其成鞋剥离强度测定值低于帮底的胶接强度值;

    The relationship between hardness of rubber soles and shoe peeling strength was studied and the results show that the testing value of softer outsole is lower than the actual value ;

  22. 兰姆波各模式在时频空间能量分布变化与胶接强度有较好的相关性。

    The Lamb modes in the AU signals were analyzed using time-frequency method , and the energy variation of Lamb modes was correlated to the adhesive bond strength with good correlation .

  23. 给出了典型的天线罩连接环的设计形式,并简要分析了天线罩与连接环的胶接强度和连接环胶接质量的检测方法。

    It also provides a design style of a typical link of antenna housing , and briefly introduces the measuring method to cementing strength for the housing and link and cementing quality .

  24. 聚氨酯胶黏剂能够与含有活泼氢的材料形成胶接强度优良的化学粘接,加之分子设计灵活、使用工艺易调控等优点,在木材工业有着较为广泛的应用。

    Polyurethane adhesive can form strong chemical bonds with materials containing active hydrogen . With some other advantages such as flexible molecular design and applicability , polyurethane adhesive has better application in the wood industry .

  25. 使用环氧树脂结构胶粘剂,通过未表面处理和5种不同的表面处理工艺的对比试验,研究了不锈钢表面处理方法对不锈钢/铝蜂窝夹层结构板胶接强度的影响。

    By use of epoxy adhesive , the effects of stainless steel surface treatment methods on adhesion strength of stainless steel plate with aluminum honeycomb core sandwich structure were investigated by the contrast experiments of different surface treated technologies .

  26. 针对某型号磁悬浮永磁电机转子磁环胶接强度不能满足工作要求的问题,提出采用M46J/L1000复合材料缠绕加强环的保护设计方案,根据工艺实验结果,利用有限元分析软件MSC。

    To increase the joint strength of the rotor and the magnetic ring in the magnetic levitation motor , a strengthen ring is introduced by M46J / L1000 carbon fiber reinforced epoxy composite wounded on the bearing . Finite element analysis software MSC .

  27. 提出了缩小玻璃与金属胶接强度测试数据分散性较大的措施;并采用温度每提高8度寿命减半的方法加速胶粘剂老化。

    The method of shortening the large measured data dispersity of the bonding strength of glass to metal is proposed , the method of the temperature being raised every 8 ℃, the life being reduced by half should be used to accelerate the ageing of adhesive .

  28. 胶接接头强度及环境退化的超声波无损定征

    Ultrasoinc Nondestructive Characterization of Strength and Environmental Degradation of Adhesive Joints

  29. 磷酸铜无机胶套接强度的探讨

    The Sheath Interlink Strength Research for Copper Phosphate Adhesive

  30. 板厚、温度和速度对单搭接胶接接头强度的影响

    Influences of adherent thickness , temperature and velocity on strength of adhesively-bonded single-lap joints