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

• Using boundary element method, the interfacial streeses of adhensive lap joint with either perfect or imperfect interface are studied.
  采用边界元法计算分析了具有理想界面和非理想界面的双板条胶合搭接连接的界面应力。
• 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。
• Temperature and Thermal Stress Distribution in Single Lap Joint
  单搭接接头温度场与热应力分布的研究
• To join ( pieces, as of wood) by means of a scarf or lap joint.
  使搭接用凿槽或搭接的方法连结（小块，例如木头的）
• The elasto-plastic finite element method ( FEM) was used to investigate the effect of the elastic modulus of adhesive on the stress and strain distribution in adhesively bonded aluminium single lap joint.
  利用弹塑性有限元法研究胶粘剂的弹性模量对单搭接接头应力应变分布的影响。
• By comparing the results of buckling analysis, the effects of material nonlinearity, geometric imperfection and lap joint on stability were studied.
  分析了材料非线性、几何缺陷和筒壁搭接对稳定性能的影响。
• We can obtain the good appearance and defect-free brass and aluminum alloy lap joint when selecting the appropriate parameters.
  焊接时选取合适的工艺参数，可以获得外观形貌良好且无缺陷的异种材料焊接接头。
• 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。
• 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。
• 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。