Based on the descriptions of the thermal and mechanical behaviors of one peritectic steel
solidifying in slab continuous casting mold, including shell shrinkage and deformation, air …

In this study, the key technologies of a 6-m long bearing steel ingot produced by electroslag
remelting withdrawing (ESRW) process, including bifilar mode supply, slag system …

Continuous casting is the process of solidifying molten metal to produce different products
such as billet, bloom, or slab. This process can be formulated mathematically in terms of …

A mathematical model based on an inverse heat transfer calculation was built to determine
the heat flux between the mould and slab based on the measured mould temperatures. With …

A full-scale finite-element stress model of a slab and its mould was developed to analyse the
non-uniform slab shrinkage of special steel in a vertical caster during slab continuous …

A cellular automaton (CA)–finite difference model is developed to simulate dendrite growth
and solute diffusion during solidification process in the molten pool of Al-Cu alloy. In order to …

Understanding the shrinkage behaviour of a steel billet is very important for designing the
continuous casting mould, and conversely, a well designed mould is beneficial when …

Shrinkage porosity is a typical internal defect in the continuous casting billet, which occurs
frequently and is difficult to solve. To explore the influence factors of central shrinkage …

The temperature field of the studied plate was analyzed with different angles of widening in
its cross section (in the range from 0° to 4.4°). From the inclined side, the plate was either …

In order to avoid contamination from the crucible and to modify the structures, a new
solidification method based on cold crucible technology was used to prepare silicon ingots …