The ingot with a cooled bottom crystallizer and a relative height approximately equal to 1.0
allows changing a front of the metal crystallization. The method of experimental and …

A transient 3D integrated model has been developed to investigate the role of a rotating
electrode on the improvement of productivity and refining ability in the electroslag remelting …

A comprehensive transient model is developed to study the effect of electrode rotation on the
evolution of metal pool profiles and the solidification quality of ESR ingots …

A transient multi-physics coupling mathematical model is developed to investigate the
influence of electrode rotation on desulfurization in the electroslag remelting (ESR) process …

The possibility of controlling the carbide heterogeneity in tool and high-speed steels by
electroslag remelting with the rotation of a consumable electrode is considered. The …

The current study focuses on the effect of directional solidification in electroslag remelting
(ESR) on the removal efficiency of inclusion and the shape of molten metal pool during this …

The current work was undertaken to systematically examine the as-cast microstructure and
carbides in a developed austenitic hot work die steel produced by conventional electroslag …

In the analysis of electroslag remelting, attention is focused here on how rotation of the
consumable electrode affects the physicomechanical properties of the ingot (billet) …

A transient three-dimensional (3D) coupled model is developed to investigate the melting
and rotation of the solid electrode during the electroslag remelting (ESR) process. The large …

A novel electroslag furnace with a rotating mold was fabricated, and the effects of mold
rotational speed on the electroslag remelting process were investigated. The results showed …