Numerical study of stationary TIG welding process
Manabu Tanaka, Masao Ushio, J. J. Lowke, 田中 学, 牛尾 誠夫
Abstract
Manabu Tanaka, Masao Ushio, J. J. Lowke, 田中 学, 牛尾 誠夫
Abstract
The whole region of tungsten inert gas (TIG) arc welding, namely, tungsten cathode, arc plasma and weld pool is treated in a unified numerical model. Calculations have been made for stationary TIG welding in an argon atmosphere at a current of 150 A. The two-dimensional distribution of temperature and the geometry of the weld penetration is predicted.
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The whole region of tungsten inert gas (TIG) arc welding, namely, tungsten cathode, arc plasma and weld pool is treated in a unified numerical model. Calculations have been made for stationary TIG welding in an argon atmosphere at a current of 150 A. The two-dimensional distribution of temperature and the geometry of the weld penetration is predicted.
Key concepts: Gas tungsten arc welding, Inert gas, Materials science, Tungsten, Welding, Plasma arc welding, Argon, Arc welding