With the development of the materials genome philosophy and data mining methodologies,
machine learning (ML) has been widely applied for discovering new materials in various …

Different temperature enamel firings were applied on a Ti-containing hot rolled enamel steel.
The microstructure, mechanical properties and resistance to fish-scaling were characterized …

Hot-dip galvanizing provides excellent corrosion and wear resistance for steels. However,
the equipment itself, such as the steel roller, immerged in corrosive molten zinc suffers …

Abstract A two-dimensional (2D) cellular automaton (CA) model is proposed to simulate the
ferrite-austenite transformation in binary low-carbon steels. In the model, the preferential …

In complex networks, important nodes have a significant impact, both functional and
structural. From the perspective of data flow pattern detection, the evaluation of the …

Phase-transformations and microstructural evolution during and after inter-critical annealing
of a low-alloy, dual-phase steel are studied utilizing dilatometric measurements, and …

Currently, the fish-scaling resistance of most hot-rolled enamel steels is improved by adding
Ti to form fine TiC carbides as hydrogen traps. Given that the hydrogen capture capacity of …

Dual-phase (DP) steels have been widely applied in automobile industry, and are famous
for continuous yielding in their corresponding stress-strain curves. The appearance of yield …

The mechanisms of yield strength reduction of a cold-rolled enameling steel after enamel-
fire annealing at 760 C by air cooling, and the effect of the tempering process on the …

Abstract A two-dimensional (2-D) cellular automaton (CA) model is adopted to simulate
ferrite (α)-austenite (γ) transformation in low-carbon steels. In the model, the preferential …