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首页> 外文期刊>Welding Research Abroad >Analysis by Modeling of Horizontal Coaxial Arc Welding Phenomena - Automatic Welding Process for Ship's Bottom Shell Plates
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Analysis by Modeling of Horizontal Coaxial Arc Welding Phenomena - Automatic Welding Process for Ship's Bottom Shell Plates

机译:水平同轴弧焊现象的建模分析-船底壳板的自动焊接工艺

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摘要

New automatic arc welding process has been developed for welding ship's shell plates upwards from the ground. In this process, the axis of the leading welding gun corresponds to that of a weld bead, therefore it is called 'Horizontal Coaxial Arc Welding' (HCAW). In order to keep the welding process under control, the simplified numerical model expressing the static balance offerees on the leading molten pool has been designed. The model enables to estimate the weld bead height and the bead formation rate As a result of analysis by the model, the wire extension length will reach its equilibrium state spontaneously in the case of using a constant voltage characteristic power source, and controlling of the wire feeding speed is effective to reduce the change of the wire extension length during welding in various root opening.
机译:已经开发了新的自动电弧焊工艺,用于从地面向上焊接船壳板。在此过程中,前导焊枪的轴线与焊缝的轴线相对应,因此被称为“水平同轴弧焊”(HCAW)。为了控制焊接过程,设计了简化的数值模型,表示领先的熔池上的静态平衡被报价者。该模型能够估计焊缝高度和焊缝形成速率。通过该模型的分析结果,在使用恒定电压特性电源并控制焊丝的情况下,焊丝延伸长度将自发地达到其平衡状态。送入速度可有效减少各种根部开口焊接过程中焊丝延伸长度的变化。

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