To enable broader applications of magnesium alloy sheets, one requirement is to achieve
comparable strength-formability balance with that of aluminum-based alloys. Based on the …

Addition of 0.08 wt% Ca into AZ31 melts significantly reduces the average grain size of thin
strips produced by twin-roll-cast to 30μm from 100μm. Like Zr, due to the high chemical …

Symmetric rolling (SR) and asymmetric rolling (ASR) processes were carried out on 6 mm
thick AZ31 magnesium alloy sheets that were produced by twin roll casting (TRC) technique …

The mechanical properties of wrought magnesium alloys depend on their microstructure,
particularly the grain size and its distribution. Conventional modeling methods struggle to …

Abstract Electroless Ni–P–W was coated on AZ91 sheets with various W contents and both
the corrosion and wear resistance characteristics of these coatings were observed. The …

Lightweight magnesium alloys and polyurethane foams have attracted much attention in the
automotive industry due to their potential to reduce vehicle weight. This study conducted …

A novel melt conditioned twin roll casting (MCTRC) strategy with emphasis on solidification
control has been investigated for producing thin gauge Mg alloy sheets ready for component …

This article investigates the effects of the strain rate and temperature on the microstructural
evolution of twin-rolled cast wrought AZ31B sheets. This was achieved through static …

Twin roll casted Mg–3% Al–1% Zn–0.8% Ce–0.3% Mn alloy strips with thicknesses of
approximately 3.6–4mm are prepared, and the effects of ultrasonic treatment on their tensile …

For rather more than the last decade the world's car makers have been making major efforts
to reduce the mass of their vehicles. As magnesium is the lightest structural metal, much …