the Iron and Steel Research Joint Fund of the National Natural Science Foundation of China (No. 50474088);Baoshan Steel Complex of Shanghai in China
A two-dimensional finite element model was used to analyze the thermal and mechanical behavior during solidification of the strand in a continuous bloom casting mold. The coupled heat transfer and deformation were ana...
The influence of a configured nozzle on the turbulent fluid flow in a continuous casting mold was investigated using the simulation program Visual Cast, which used the finite difference method and the SIMPLER algorith...
Supported by the Iron and Steel Research Conjunct Foundation of the National Natural Science Foundation of China and Baosteel Co.of China (No. 50174031)
Centerline segregation is of practical significance since it affects the material properties. Center- line segregation in continuous casting billets was studied by solving the fluid flow, solidification, and solute ...
Supported by the Young Teacher Foundation of the Department of Mechanical Engineering at Tsinghua University and the Iron-Steel Research Conjunct Foundation of the National Natural Science Foundation of China and the Baosteel Co. of China (No. 5017403
A 2-D finite point meshless model was used to simulate the heat transfer and solidification of steel in continuous casting molds to illustrate its use in metallurgy. The latent heat of the pure metal was treated usi...
Supported by the National Natural Science Foundationof China-Bao Steel Conjunct Foundation ( No.5 0 1 74 0 31 )
To simulate the phenomena in the mold region of continuous casting by coupling fluid flow and solidification, a three-dimensional mathematical model has been developed based on the K-ε turbulence equations and the SI...