Revealing influence mechanism of a transverse static magnetic field on the refinement of primary dendrite spacing during directional solidification
Abstract
The refinement mechanism of primary dendrite spacing caused by a transverse static magnetic field during directional solidification was proposed and verified experimentally in this paper. According to the Kurz-Fisher model, this magnetic field-induced refinement is related to the temperature gradient and solute redistribution in the mushy zone during directional solidification. Therefore, the effect of the magnetic field on the temperature...
Paper Details
Title
Revealing influence mechanism of a transverse static magnetic field on the refinement of primary dendrite spacing during directional solidification
Published Date
Jul 1, 2019
Journal
Volume
517
Pages
54 - 58
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