The physical field and dynamic recrystallization (DRX) evolution of magnesium (Mg) alloy
thin-walled wheels during backward extrusion (BE) were investigated by coupling the …

The present study aims to fabricate fullerene (C60) reinforced magnesium matrix composite
via semi powder metallurgy in hot press system under high purity argon atmosphere …

Magnesium (Mg) alloy wheels can reduce emissions in the context of environmental
protection. Further study on Mg alloy wheels is required in light of the enormous automotive …

Magnesium (Mg) alloy wheels formed by single-step back extrusion currently faced with the
phenomenon of coarse grains at the spokes, insufficient recrystallization, and easy cracking …

The flow stress model, the dynamic recrystallization (DRX) model, the grain growth (GG)
model and the Normalized Cockcroft-Latham (NC-L) ductile fracture criterion are integrated …

The current magnesium (Mg) alloy wheel formed by backward extrusion (BE) often has
upper rim cracking and coarse microstructure at the spokes to reduce the yield, and a …

New-generation oxide dispersion-strengthened (ODS) alloys with a high volume fraction of
nano-oxides of 5% are intended to become the leading creep-and oxidation-resistant alloys …

By optimizing the fabrication method, copper components featuring (typically contradicting)
advantageous electric conductivity and favorable mechanical properties can be acquired. In …

Knowledge of texture and residual stresses in tungsten heavy pseudoalloys is substantial for
the microstructure optimization. These characteristics were determined in cold and warm …

In this research, an upper bound (UB) analysis of channel angular pressing process was
carried out considering die geometric characteristics including die angle, thicknesses of the …