Microalloyed steel with Nb, V, Ti, and other alloying elements is one of the important steel
grades in the steel industry. During continuous casting process, high occurrence rate of …

Soft reduction plays an important role in the internal quality control during the production of
the mid-thick slab, but it can also lead to cracks. Convex rolls can reduce the supporting role …

The effects of the combined addition of B and Ti, as well as the influence of different strain
rates on the hot ductility behavior of low carbon, continuously cast, microalloyed steels were …

The application of microalloying technology has been emerging as an effective method to
enhance the strength-ductility synergy of high-strength hot-stamped steels, although the …

Austenitic grain size is an important factor affecting the hot ductility of steel slabs during
continuous casting. In the present study, the effects of austenite grain sizes of approximately …

Mountain‐like surface cracks often appear on the thick plates of high‐strength low‐alloy
(HSLA) steel after hot rolling, which have a serious impact on production efficiency. Herein …

To figure out the formation mechanism of transverse corner cracks at the inner and outer arc
of peritectic steel slab, the metallurgical microscope, scanning electron microscope with …

When the molten steel contains high carbon and alloy elements, the continuous casting
bloom is prone to internal defects. Soft reduction is an effectively means of improvement and …

Exploring the mechanism of the α-ferrite precipitation process on high-temperature
properties plays an important guiding role in avoiding slab cracks and effectively regulating …

During the continuous casting and isothermal soaking process, the steel casting blank
undergoes complex temperature variation. Accurately predicting the continuous growth of …