Abstract
In the present work, two-dimensional temperature variations and a position of a weldpool within a workpiece during keyhole plasma arc welding are determined. The model allows to include temperature dependent thermal properties, variable welding speed, different keyhole radii and a nonlinear boundary condition of the third kind on the upper and the lower surfaces of the workpiece. The upwind scheme (donor cell method) is employed to present physically realistic numerical solutions. The obtained results can be used for controlling the plasma arc welding process through the controlling of plasma jet diameter.
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