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首页> 外文期刊>International Journal of Applied Engineering Research >Comparison Analysis of the Gmaw Pulsed Welding Process on Gmaw Modified Short Circuit in Offshore Piping System
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Comparison Analysis of the Gmaw Pulsed Welding Process on Gmaw Modified Short Circuit in Offshore Piping System

机译:海上管道系统GMAW改性短路GMAW脉冲焊接过程的比较分析

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摘要

Welding is a process which commonly performed in fabrication industries such as shipyard or offshore industries. GMAW is one of most popular welding method that commonly used in structural fabrication and has a several transfer mode. Each of transfer mode has an advantage and weakness. This research would be doing analysis on the result of A106 carbon steel welding process that always used in the offshore piping system. The welding process uses pulsed transfer mode will be compared to the modified short circuit. The result is a modified short circuit that using 80% Ar+20% Co2 shielding gas gives the best result according to technical and cost aspect, that is good weld bead profile and more efficient at welding expense. Pulsed transfer modes that used gives a better result than modified short circuit transfer mode which using 100% Co2 as a shielding gas. The result of using pulsed transfer mode is more consistency level on weld bead and less spatter level which produces.
机译:焊接是一种在制造工业中常见的过程,如船厂或海上行业。 GMAW是最受欢迎的焊接方法之一,通常用于结构制造,具有多种转移模式。 每个转移模式具有优势和弱点。 该研究将对常用在海上管道系统中使用的106碳钢焊接过程的结果进行分析。 焊接过程使用脉冲传输模式将与改进的短路进行比较。 结果是根据技术和成本方面使用80%Ar + 20%CO2屏蔽气体的改进的短路,可根据技术和成本方面提供最佳结果,即良好的焊缝曲线型材,焊接费用更有效。 使用的脉冲传输模式提供比修改的短路传送模式更好的结果,其使用100%CO2作为屏蔽气体。 使用脉冲传输模式的结果更加一致水平,焊珠更加一致,较少的喷溅水平产生。

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