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吕世雄, 杨士勤, 杨涛. 铜/钢TIG堆焊氦-氩混合比对泛铁的影响[J]. 焊接学报, 2007, (12): 101-104,108.
引用本文: 吕世雄, 杨士勤, 杨涛. 铜/钢TIG堆焊氦-氩混合比对泛铁的影响[J]. 焊接学报, 2007, (12): 101-104,108.
LV Shixiong, YANG Shiqin, YANG Tao. Effect of mixed He-Ar gas ratio on Fe content in TIG surfacing[J]. TRANSACTIONS OF THE CHINA WELDING INSTITUTION, 2007, (12): 101-104,108.
Citation: LV Shixiong, YANG Shiqin, YANG Tao. Effect of mixed He-Ar gas ratio on Fe content in TIG surfacing[J]. TRANSACTIONS OF THE CHINA WELDING INSTITUTION, 2007, (12): 101-104,108.

铜/钢TIG堆焊氦-氩混合比对泛铁的影响

Effect of mixed He-Ar gas ratio on Fe content in TIG surfacing

  • 摘要: 研究了不同氦-氩混合比在铜/钢TIG堆焊过程中对泛铁量及泛铁形态的影响。通过调解氦-氩混合比来获取相应的电弧形态及电弧压力,得到了不同氦-氩混合比与泛铁量及泛铁形态之间的关系。结果表明,在适当的焊接工艺参数下,随着氦气比例的增加,热输入增大,而电弧压力先减小后增大。不同的氦-氩混合比对应不同的泛铁形态。通过调节氦-氩混合比来实现对电弧的热输入、电弧压力及电弧形态的控制,从而严格控制泛铁量及泛铁形态。

     

    Abstract: The effect of the mixed He-Ar gas ratio on the quantity and morphology of Fe content in TIG surfacing of coppersteel was studied and the relationship was obtained, by adjusting the He-Ar gas ratio which can affect the according arc morphology and arc pressure.The results show that the amount of heat input increase with the increase of He content in appropriate welding parameters, while the arc pressure decrease first and increase later.Moreover the morphology of Fe content is different in different He-Ar gas ratio. In addition, the amount of heat input, arc morphology and arc pressure can be controlled by adjusting the He-Ar gas ratio.Consequently, the quantity and morphology of steel can be controlled strictly.

     

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