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The present research investigates the optimization of the punching process in cold forming manufacturing, focusing on enhancing tool life, reducing damage, and improving product quality. Punching, a shearing process widely used in sheet metal forming...

In this work, iron aluminide coatings (FeAl and Fe3Al) were developed on carbon steel substrates using the laser cladding process with mixtures of elemental iron and aluminum powders, aiming at protecting anodic pins in Soderberg electrolytic cells a...

TiZrHfNbMo refractory high-entropy alloy has poor plasticity and a relatively high density at room temperature, which limits its wide industrial application. To develop RHEAs featuring a simple structure, low density, and excellent overall performanc...

Magnesium alloys, noted for their exceptional characteristics such as low density, remarkable specific strength at room temperature, and superior damping capabilities, are progressively emerging as vital engineering structural materials in the aerosp...

Powder addition onto a molten-lead surface followed by stirring is widely used for desilvering during lead bullion refining operations. We model submerged zinc particle injection by coupling (i) a transient particle–metal reaction following Ohg...

This work studies the hydrogen embrittlement (HE) behaviour of Dual-Phase steels with varying martensite content. Steels with martensite contents of 25 ± 5, 50 ± 4 and 78 ± 7% were realised by intercritically annealing an as-rece...

This study investigates the development of multilayer Cr/CrC coatings as a sustainable alternative to cadmium (Cd) for corrosion protection in aerospace components exposed to aggressive environments. The coatings were deposited on AISI 4130 steel and...

There is limited research on dissimilar joints of RE-containing Mg alloys and Al alloys, and the diffusion of elements is fundamental for the properties of Mg/Al interfaces. In this study, samples were manufactured by magnetic pulse welding (MPW) wit...

Thermodynamic modeling combined with experimental reduction tests was conducted to investigate the selective reduction behavior of iron-manganese ore using hydrogen gas at 800–900 °C. The results reveal that hydrogen reduction at a flow rat...