Application of TPC(Terminal Process Control)on the 50-t EAF and its Practice;

The End-point Prediction of EAF Steel making Based on BP Artificial Neural Network;

Study on prediction of end point carbon content and temperature in EAF steelmaking by incremental model;

Industrial Test of High Speed Steel Making in Electric Arc Furnace by Direct Reduction and Alloying with Tungsten Molybdenum Vanadium Oxide Ore;

Measures of Increasing Lining Durations of Electric Arc Furnace;

Determination of Capacity and Technical Parameters of Transformer for Ultra-High Power Electric Arc Furnace;

Predictive Model for End Aim Temperature of Arc Furnace Based on Hybrid Genetic Algorithm;

Operation Practice of De-[P][S] and [Pb][Zn] in Arc Furnace;

The Single-Slag Steel Melting Method Affected by the Main Process Parameter of Arc Furnace;

Optimizing Amount of Metal Charge and Hot Heel for a 90 t Consteel EAF;

Alloy steel 40Cr is produced by 65 t Consteel EAF - 65 t LF - 150 mm×150 mm billet costing flow sheet at Tonghua Steel.

Based on dynamic finite element method, a finite element model of cooling water flow in cavity of water cooling carriage for Consteel EAF has been established to carried out the flow velocity analysis and thermal analysis on cool- ing water in water cooling carriage.