3D Numerical Simulation of Electromagnetic Field during Low Frequency Electromagnetic Casting Process

Xiang Jie Wang; Jian Zhong Cui; Hai Tao Zhang

doi:10.4028/www.scientific.net/AMR.154-155.1472

Paper Titles

Influences of Variable Friction Coefficient on the Hot Formability of Ultra High Strength Steel Sheet
p.1450

Finite Element Thermal-Mechanical Coupled Analysis of Strand Bulging Deformation in Continuous Casting
p.1456

Effects of Heat Treatment on the Interfacial Structure of Nickel-Aluminum Coating Composites
p.1462

Numerical and Experimental Investigation of Pulsed Laser Welding of Hastelloy C-276 Alloy Sheets
p.1468

3D Numerical Simulation of Electromagnetic Field during Low Frequency Electromagnetic Casting Process
p.1472

Effect of Graded Bias on Microstructure and Hardness of CrN_X Films
p.1476

Simulation Analysis of Pneumatic on-off Pressure Mechanism on Printing Press
p.1481

Properties and Spot Welding Performance of Copper Composite Reinforced with Recycled Tungsten Carbide
p.1485

A Small Amount of Alloying Additions Applied in Hot Dip Galvanizing
p.1489

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 154-1553D Numerical Simulation of Electromagnetic Field...

3D Numerical Simulation of Electromagnetic Field during Low Frequency Electromagnetic Casting Process

Abstract:

The rules of the distribution of magnetic field were carried out by numerical simulation. The distribution of magnetic field was got, and the effects of current intensity and frequency on the distribution of magnetic field were analyzed by constructing three-dimensional finite element model and using ANSYS software which is a kind of commercial FEM analysis software. The results show that the intensity of magnetic field is proportional to current intensity, magnetic field is mainly localized in the surface region of liquid melt and there is a notable edge effect in the corner.