1) welding neckflange (WNF)
对焊法兰
2) butt welding
对焊
1.
Analysis and Discussion of Butt Welding Quality\= on New Metallic Card Clothing;
新型金属针布接头对焊质量的分析与探讨
2.
The upset formation process of rail (U71Mn) butt welding was test by thermal and mechanical simulation using Gleeble-2000 simulator.
采用Gleeble-2000热模拟试验机,对高速铁路轨道用U71Mn钢轨钢的对焊顶锻变形过程进行了热力模拟试验。
3.
This paper introduces the influence of welding condition upon the quality of tube-web-tube joints welded by resistence butt welding, such as the optimization of parameters, adding in auxiliary electrodes, adding in an ideal electrical conductivity electrode.
通过焊接工艺在数优化、设置辅助电极及理想导电条件的多项试验，系统研究了间断鳍片管电阻对焊接头质量问题，指出其主要影响因素是未焊透缺陷。
3) longitudinal welding
对焊
4) plain butt-weld
对焊
5) welded butt joint
对焊
6) BUTT-WELDING (B.W)
对焊
7) butt welder
对焊机
1.
PLC control system for butt welder of Cu-Al connecting tube for air-conditioning;
空调铜铝连接管对焊机的PLC控制系统
2.
The executive mechanism of Cu-Al pipe butt welder,based on above,was designed,including its air system and mating clamper.
在此基础上,设计了铜铝管对焊机的执行机构,包括其气动系统和配套夹具。
3.
This paper,based on analyzing the process of Cu-Al pipe butt welding, discussed the design of the executive system and control system for PLC controlled Cu-Al pipe butt welder.
在分析了铜铝管焊接工艺过程的基础上,重点论述了铜铝管对焊机执行系统和控制系统的设计。
8) welded drill pipe
对焊钻杆
1.
Development of heat treatment automatic control system for welded drill pipe;
对焊钻杆热处理自动控制系统研制
9) endless rolling
钢坯对焊
1.
This paper describes the equipment necessary for the endless rolling of billets with a special focus on the welding process and quality aspects.
描述了钢坯对焊设备 ,重点介绍了焊接工艺和质量。
10) flash butt welding
闪光对焊
1.
Research situation and development trends of flash butt welding;
闪光对焊技术研究现状及发展趋势
2.
Study and design of software of flash butt welding process control and data management based on WINDOWS;
基于WINDOWS的闪光对焊过程控制与数据管理软件的研究与设计
3.
The temperature field of steel stick in flash butt welding was discussed.
探讨钢棒在闪光对焊时的温度场分布。
补充资料：电阻对焊
电阻对焊
uresistance butt welding
d一QnZUdUlho门电阻对焊(uresistanee butt welding)被焊件装配成对接接头，使其端面紧密接触，利用电阻热加热至热塑性状态后迅速施加顶锻力完成焊接的电阻焊方法。 电阻对焊是在固态时完成的，接头处的金属被电阻加热到接合面很容易发生再结晶的温度。向接头施加压力使接合面紧密接触，然后顶锻接头金属。顶锻促进了界面处的再结晶，一部分金属被挤出界面，这样可使接头处的氧化金属清除掉。对接接头可以达到与母材金属相同的性能。 电阻对焊用于金属丝轧制厂以及金属丝制品的制造。轧丝厂用这种焊接将盘条彼此连接以便于进行连续加工。也可用于制造棒材、板条和管材制成的各种产品。碳钢、不锈钢、铜合金以及铝合金都能采用此法焊接。 (率忠玉)
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