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首页> 外文期刊>Procedia CIRP >Arc Leading Versus Laser Leading in the Hybrid Welding of Aluminium Alloy Using a Fiber Laser
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Arc Leading Versus Laser Leading in the Hybrid Welding of Aluminium Alloy Using a Fiber Laser

机译:电弧引导与激光引导通过光纤激光在铝合金混合焊接中的应用

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Hybrid welding technology can be defined as the combination of a laser heat source with a secondary welding source. In this paper a new generation of high power fiber laser was used and it was coupled with a TIG arc source. Two separate sets of experimental trials were performed. It included testing process parameters such as laser power, welding speed and arc current. Microstructure, microhardness and weld appearance were analyzed. A comparison was performed between laser leading and arc leading configuration. The experimental results showed that the laser leading configuration produces a better penetration and sounder weld. The overall investigation gave the clear input that the laser leading configuration is more convenient with respect to the arc leading one. The obtained results worth a larger investigation for a statistical prove of the here presented results.
机译:混合焊接技术可以定义为激光热源与辅助焊接源的组合。在本文中,使用了新一代的高功率光纤激光器,并将其与TIG电弧源耦合。进行了两组独立的实验试验。它包括测试过程参数,例如激光功率,焊接速度和电弧电流。分析了组织,显微硬度和焊缝外观。在激光引导和电弧引导配置之间进行了比较。实验结果表明,激光引导结构可产生更好的熔深和更牢固的焊接。总体研究清楚地表明,相对于电弧引导装置,激光引导装置配置更为方便。获得的结果值得对此处给出结果的统计证明进行较大的研究。

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