lap joint

英 [læp dʒɔɪnt]

美 [læp dʒɔɪnt]

（互）搭接（头）；叠接；搭接接头；搭接缝; 搭接接头；搭接焊缝

计算机化学

英英释义

noun

• joint made by overlapping two ends and joining them together
  Synonym:splice

双语例句

• When the composites are lapped in the simple way, the lap joint length has no influence on the tensile strength, but it has influence on the breaking elongation and the yield strength.
  简单搭接的拉伸强度与搭接长度无关，但对屈服强度和断裂伸长率有影响。
• The research is carried out with the method of orthogonal test to study the effects of some main parameters such as Poisson ratio, elastic modulus and adherend of thick on the peck value of the Von Mises equivalent stress distributed in adhesively bonded aluminium single lap joint.
  运用正交试验法研究了几个主要力学和几何参数如泊松比，弹性模量和被粘物厚对单搭接接头VONMISES等效应力的影响。
• Influence of Elastic Modulus of Adhesive on the Stress and Strain Distribution in Aluminium Single Lap Joint
  胶粘剂弹性模量对铝合金单搭接接头应力应变分布的影响
• Numerical analysis on stress distribution in single lap joint with a metal inlay
  含镶嵌块单搭接接头应力分布的数值分析
• Test shows that this way can exhibit good result to butt joint and lap joint of TIG welding and accurately abstract welding seam out, to the welding seam of large magnitude dogleg angle shows good tracking effect ( dogleg angle< 68 °) and procession speed< 100 ms.
  实验表明，系统对TIG焊的对接和搭接焊缝有很好地处理效果，对大幅度折线焊缝也能很好的跟踪（折线角>68°），处理速度>100ms。
• The structure of intersecting Lap joint Between steel pipe has been widely applied in engineering project, such as Oil and gas pipelines, Pressure vessel and Various forms of pipe truss structure.
  工程中钢管与钢管的相贯搭接广泛的应用于油气管道、压力容器以及各种形式的管桁架钢结构中。
• A design conception on probabilistic statistics was introduced into adhesively bonded single lap joint, and finite element method was applied to analyze the factors which have important influences on the mechanical property of adhesive joint. Using 100 samples the failure probability was concluded.
  将概率统计的设计观念引入单搭接粘接接头，通过有限元分析方法分析了对粘接接头力学性能影响较大的因素，并在抽样100次的情况下，分析了单搭接粘接接头失效的概率。
• This paper is to discuss the interlaminar stresses of adhesive lap joint by the energy method without considering the adhesive layer.
  本文以能量法求解无胶层厚度的搭接接头的层间应力。
• The lap joint produces bending effect under the action of tensile load and the bending degree decreases with the increase of yield limit of base material.
  搭接接头在拉伸载荷作用下会产生折弯效应，折弯程度随被钎焊母材屈服极限的增加而减小。
• The BEM technique for adhesive-bonded structure proves valid by comparing the stress distribution for double lap joint calculated in this paper with that calculated by finite element method.
  对双搭接接头进行了边界元应力分析，并和有限元结果进行了对比，从而证实本文方法的有效性。