1) glued ends
胶接头
1.
This treatise analyzes the causes of damage in belt glued ends, studies and works out rational belt glueing technics,showing fine results.
分析了皮带胶接头损坏的原因,研究制定了合理的皮带胶接工艺,取得了良好使用效果。
2) adhesively bonded joint
胶接接头
1.
Fracture of adhesively bonded joints and discussion of relative fracture criterions;
胶接接头断裂及相关断裂准则探讨
2.
Effect of curing procedure on the impact toughness of adhesively bonded joints
固化工艺对胶接接头冲击性能的影响
3.
Bonding is a technological procedure that joins the surfaces of the adherends to form a adhesively bonded joint subjected to external load.
胶接是用胶粘剂将被粘物表面连接在一起,形成可承受外载的胶接接头的过程,是涉及材料粘附、高分子材料老化机理、表面技术、力学性能测试等多个学科领域的边缘学科。
3) adhesive bonded joints
胶接接头
1.
Influence of elastic modulus and thickness of adhesive on stress distribution of adhesive bonded joints under cleavage loading;
胶粘剂特性和厚度对劈裂载荷作用下胶接接头应力分布的影响
4) adhesively-bonded joints
胶接接头
1.
Nondestructive testing of adhesively-bonded joints with acoustic technique;
胶接接头的声技术无损检测
5) adhesive joint
胶接接头
1.
The mechanical properties of the adhesive joints by different treatment methods were investigated and the effect of surface treatment on the fatigue performance of the adhesive/metal interface was analyzed.
研究了不同表面处理的胶接接头力学性能,分析了金属表面处理方法对胶粘剂/金属界面疲劳性能的影响。
2.
The results showed that reasonable distribution of adhesive can to great extent decrease the adhesive amount used and make the shear stress distribution in adhesive layer become more even without prejudicing the total mechanical property of adhesive joints evidently.
利用有限元法,对单搭接胶接接头胶层进行拓扑优化,寻求胶粘剂最佳分配。
3.
The mechanical performance of the adhesive joint by silane treatment was investigated,and the influence of surface treatment on the mechanical performance of adhesive/metal interface was analyzed.
研究了硅烷处理的胶接接头的力学性能,分析了硅烷处理对涂层/金属界面力学性能的影响。
补充资料：胶接头设计
分子式：
CAS号：
性质：用胶黏剂胶接不同于机械方式连接，一般胶接强度中抗拉和抗剪强度较高，而剥离强度差。因此必须合理设计胶接接头，充分发挥胶黏剂的作用。是粘接工艺中一个十分重要的环节。设计的基本原则是增大胶接面积，减少应力集中，尽可能避免受剥离弯曲力，接头尽可能简单。
CAS号：
性质：用胶黏剂胶接不同于机械方式连接，一般胶接强度中抗拉和抗剪强度较高，而剥离强度差。因此必须合理设计胶接接头，充分发挥胶黏剂的作用。是粘接工艺中一个十分重要的环节。设计的基本原则是增大胶接面积，减少应力集中，尽可能避免受剥离弯曲力，接头尽可能简单。
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