Optimization of the metal solidification microstructure is a long-standing topic. It is the initial
and critical guarantee of fabricating high performance metal materials, especially in the …

Controlling macrosegregation is the key to manufacturing TiAl alloy ingots. In this work, we
proposed a multi-physics coupling model to study the solute transport and …

During high-speed continuous casting, the effect of secondary cooling on the quality of the
billet is more obvious, and the possibility of quality problems is higher. This study takes the …

In recent years, concerns have been raising about issues such as poor soft reduction effect
and severe center segregation caused by uneven solidification during slab continuous …

The electromagnetic confinement directional solidification (EMCDS) technique is an optimal
method for preparing large-size and non-contamination directional TiAl alloy crystals …

Solidification structure of casting strands significantly impacts the subsequent processing
and service properties of the steel products, which correlates closely with the melt flow …

Installing heat preservation covers in the air-cooling zone during continuous casting will
affect the solidification quality of large blooms. In this study, a multi-stage anti-radiation heat …

The flow, level fluctuation, and initial solidification in a 1248× 200 mm 2 slab mold of
stainless steel under the bifurcated SEN with diverse divergent angle, inclination angle, and …

In this study, the innovative tundish–submerged entry nozzle (SEN)–mould systems that
enabled data transmission between the tundish and the mould were constructed to …

In previous studies, the mushy zone constant was assigned a fixed value or a value
associated with dendrite characteristics at room temperature. However, elucidating the …