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1·It suggested lap joint should be avoided in load carrying structures.

指出了在承力结构中应该尽量避免搭接焊。

2·The single lap joint fails when the crack length reaches to the critical size.

当裂纹扩展到临界尺寸时，接头会迅速破坏。

3·The pin load distribution of scarfed lap joint was studied using ABAQUS software.

利用ABAQUS软件对壁板斜搭接件各钉承载比例进行了三维有限元分析。

4·The shear strength and elongation of the lap joint increase with the increase of strain rate.

焊点的剪切强度及伸长量随应变速率的增加而增加。

5·However, further increasing of re content would degrade the shear properties of the lap joint.

而当稀土含量进一步增加时，焊点的强度及塑性均下降。

6·The results indicate that good lap joint between aluminum and galvanized steel sheet can be made in appropriate parameters.

试验结果表明，铝和镀锌钢能得到成形良好的搭接接头。

7·Describe the usual problems of lead lap joint about valve electric actuator when working and the improvement of joint process.

阐述了阀门电动装置运行现场导线搭接的常见问题与搭接工艺的改进。

8·The effect of each inherent strain component on the angular distortion of the lap joint is studied using inherent strain method.

运用固有应变法研究了六个固有应变分量分别对搭接接头焊接角变形的影响。

9·The waterproof layer of the lap joint should stick (welding) firm, tight sealing, no distortion, fold, curling and blister defects.

卷材屋顶防水层的搭接缝应粘(焊)结牢固，密封精密，不得有扭曲、皱折、翘边和起泡等缺陷。

10·The finite element method (FEM) is applied to investigate the effect of metal inlay in single lap joint on the stress distribution.

利用有限元方法研究了金属镶嵌对单搭接接头应力分布的影响。