2003Transactions of J W R IRequires access

Numerical study of stationary TIG welding process

Manabu Tanaka, Masao Ushio, J. J. Lowke, 田中 学, 牛尾 誠夫

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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.

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Available 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.

Key concepts: Gas tungsten arc welding, Inert gas, Materials science, Tungsten, Welding, Plasma arc welding, Argon, Arc welding

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