Item Sponsored by National Outstanding Young Scientist Foundation of China(50925415);Fundamental Research Funds for the Central Universities of China(100102001);Liaoning Province Doctor Startup Fund Program of China(20121010);Specialized Research Fund for the Doctoral Program of High Education of China(20130042120042)
A final electromagnetic stirring model was developed for billet continuous casting of high carbon steel using the commercial software ANSYS and CFX, and the numerical model was validated by the magnetic flux density m...
Sponsored by National Natural Science Foundation of China(51174024)
Solidification behavior of continuously cast high carbon steel billets was investigated with an objective of producing high quality billets by determining the optimum final electromagnetic stirring (F-EMS) parameter...
The distribution of electromagnetic fields and electromagnetic force of F-EMS were simulated by ANSYS12.0 software. The magnetic induction intensity and electromagnetic force of billet with various stirring parameters...
supported by the School of Material Science and Engineering,Shanghai University for its experimental test
The effects of the final electromagnetic stirring (EMS) on the solidification structure of 60Si2CrVAT high strength spring (HSS) steel of continuous casting (CC) billets has been studied. The analysis of the sol...