Mathematical model of the molten metal drop’s motion on the surface of a steel rotating disk
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Abstract
The objective of the article is to study the trajectory of motion of different alloys according to mass, rotation speed, force of friction resistance, force of viscous resistance that influence the properties and stability of weld metal. The obtained calculations allow to describe mathematically the molten metal particle under study, in particular its coordinates, trajectory and the relative speed of motion in different time from 0 to 5 s, at a given initial position and angular speed of disk rotation.
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References
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