Tag: high-pressure torsion

Forced mechanical mixing of two high-entropy alloys produces a thermally stable ten-element amorphous interfacial phase only when the refractory constituent ...

A high-pressure torsion experiment found that nanometre-scale CrMnFeCoNi hardened as its grains grew, linking the anomaly to grain- and phase-boundary ...

A laboratory study found that room-temperature high-pressure torsion strengthened an LPSO-dominated Mg-18Y-8Ni alloy through a combination of kink and dislocation ...

An experimental study of four copper-silver cast alloys found that silver content and the starting phase arrangement strongly influenced how ...

Researchers doubled both the strength and ductility of a novel biomedical Zr-33Ti-1Fe alloy by using high-pressure torsion to trigger nanoscale ...

Experiments and machine learning reveal that grain boundary sliding governs the exceptional room-temperature ductility of an ultrafine-grained Mg–Li alloy, while ...

Researchers report that nickel composites reinforced with hybrid micro- and nanosized silicon carbide particles reached 1526 MPa tensile strength and ...

Researchers used high-pressure torsion to force nearly immiscible copper and vanadium into a nanostructured alloy with record strength of about ...

Researchers consolidated CrMnFeCoNi high-entropy alloy powder into a dense nanostructured metal at room temperature using high-pressure torsion, achieving 99.7 percent ...