Crystallization during the solidification process of steels is of vital importance for controlling
the quality of final products. This paper summarizes the in situ characterization research …

This review summarizes the significant results of high-temperature confocal laser scanning
microscopy (CLSM) and single hot thermocouple technology (SHTT) and its application in …

In situ studies of two separate events of the peritectic phase transition during continuous
casting, the peritectic reaction and the peritectic transformation, were performed using high …

Solidification and phase transformations in two commercial low‑carbon peritectic and non-
peritectic steels are analysed in-situ through the combination of Differential Scanning …

The present work focuses on the peritectic reaction and transformation in a commercial hypo-
peritectic steel. This multiple phase transformation was studied by means of the high …

Super austenitic stainless steel (SASS) is widely used in extreme environments due to its
excellent corrosion resistance and mechanical properties, and a feature of this grade is its …

The topic of peritectic phase transition in steel has been widely studied using various in-situ
experimental techniques including visual observation on a surface of a sample in a high …

A multi-component multi-phase-field model was conducted to simulate the solidification
process of Fe-Mn-C-Al high-Mn steel with different solidification modes, especially that with …

An experimental investigation has been conducted with respect to the decomposition of
austenite to various ferritic products from different initial phase states (molten-state of 1550° …

Abstract The Fe–Al–Ta eutectic alloy can be formed by eutectic reaction in order to improve
the performance of Fe–Al intermetallic compounds, and thus it is important to further clarify …