Prediction of the Position on Solidification End Point of Continuous Caster

Ting Sheng Tu; Hong Liang Wang; Zuo Sheng Lei; Zhong Ming Ren

doi:10.4028/www.scientific.net/AMR.421.67

Paper Titles

Study on Antibacterial and Antioxidant Activities of Salicornia herbacea Extracts
p.47

Precision Influence of Sickle-Like Curve of Hot Rolled Strip on Rotary Shear's Cutting
p.51

Numerical Simulation Analysis on the Ten Cross Rolls Straightening Process of the Heavy Calibre Seamless Steel Tube
p.56

The Effects of Compression Pressure Applied on the Manufacture of Carbon Composite Bipolar Plate for PEMFC by Utilizing Graphite Waste Products
p.60

Prediction of the Position on Solidification End Point of Continuous Caster
p.67

Modification of Fly Ash by Sodium Tetraethylenepentamine-multi Dithiocarbamate and its Removing Performance towards Cu(II)
p.71

Mechanism and Tendency of Die Erosion in Al-Si Casting Alloy for Permanent Mold Casting Process
p.77

Optimization of Solid State Fermentation Media for Soluble Dietary Fiber Production by Hericium erinaceus
p.81

Phase-Field Numerical Simulation of Pure Free Dendritic Growth Using Wheeler and Karma Model
p.90

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 421Prediction of the Position on Solidification End...

Prediction of the Position on Solidification End Point of Continuous Caster

Abstract:

Solidification heat transfer in continuous casting slab was simulated with the business software CALCOSOFT. The position on solidification end point which obviously effect on soft reduction was predicted and verified by nail—shooting technique. It is shown from the numerical simulation that the casting speed affected the position significantly: the solidification end point moved backward 3 or 4m as the casting speed increased by 0.2m /min, while the casting temperature has little effect that the solidification end point moved backward only 0.2 or 0.25mm as it increased 6°C or 7°C.