1) chisel bond
凿形焊接线
2) welding distortion
焊接变形
1.
Using thermal tensioning and trailing intense cooling simultaneously to reduce welding distortion;
温差拉伸和随焊激冷配合使用控制焊接变形
2.
Review on prediction of welding distortion;
焊接变形预测技术研究进展
3.
Study on the instantaneous welding distortion of diaphragm in steam turbine;
蒸汽轮机自带冠静叶隔板瞬时焊接变形研究
3) welding deformation
焊接变形
1.
Numerical simulation on welding deformation of spherical cap structure based on ABAQUS;
基于ABAQUS平台对球冠结构焊接变形的数值试验
2.
Prediction of Welding Deformation on the Beam of Thin Wall Box;
薄壁箱形梁的焊接变形预测
3.
Prediction of welding deformation in mild steel pipe using thermal elastic plastic finite element method;
采用热弹塑性有限元方法预测低碳钢钢管焊接变形
4) welding deformations
焊接变形
1.
The paper emphatically analyzes the influence on the truss frame welding quality of the welding groove form and the welding deformations and the welding technology,the testing and research of the technology for the type of the welding and the factor of infecting welding deformations ect.
着重分析了焊接坡口形式、焊接变形和焊接工艺等对箱形井架制造焊接质量的影响,并对焊接坡口形式、影响焊接变形的因素等进行了工艺试验研究,制定出合理的制造工艺和完善的工艺规程。
2.
This paper introduces the structural features of tube air-preheater, analyzes on the reasons of the welding deformations in the manufacturing process, and describes in detail the method of controlling the welding deformations.
文章介绍了管式空气预热器的结构特点 ,对制做中焊接变形产生的原因进行了分析 ,并对控制焊接变形的措施作了详尽的叙
3.
A nondestrucive testing prcedure is proposed in the paper to determine the welding residual stresses with the aid of boundany element method, in which the welding deformations of the welded structures are taken as the known boundary conditions, through the boundary integral equation and its discrete form BDM, the problem of welding residual stresses is resolved.
提出了边界元辅助焊接残余应力的无损测试方法,该方法将焊接变形作为已知边界条件,通过边界积分方程及其离散形式──边界元法来求解焊接残余应力,推导出了计算公式,构造了算法和步骤,编制了相应的计算机程序,通过用应力释放法对几块典型焊接试板中的二维焊接残余应力进行实测,验证了该方法的合理性与可行性。
5) weld distortion
焊接变形
1.
Method of controlling weld distortion in steel structure manufacture;
钢结构制造中焊接变形的控制方法
6) tick-welding
钩形焊接
补充资料：焊接线能量
焊接线能量
energy input
hanJ一ex一an nengllang焊接线能量(Energy Input)由移动热源输入给单位长焊缝的能量。焊接线能量是焊接过程中各种热现象的重要影响因素，它不但影响峰值温度的分布和冷却速度，还影响凝固时间，从而影响金属焊接接头的冶金特性和力学性能。其计算式为H~尸/v，式中H为线能量，J/mm;尸为由热源输入的总能量，W;v为热源移动速度，mm/s。若热源为电弧，则H~El/v，式中E为电弧电压，V;I为焊接电流，A。若要精确计算热源对焊件的作用，则Hne，~人，El/v，式中Hne:为净得线能量。fl为热传导系数，其值为实际传给工件的热能与热源产生的总能量之比。热影响区的宽度与H二:成正比，焊缝的冷速与H、，成反比，而凝固时间与之成正比。所以焊接线能量对金属焊接性有一定的影响。 (李维茜)
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