Tag: powder metallurgy

A systematic study of binder-jetted Ti-6Al-4V shows that reducing printing layer thickness to 40 micrometers and sintering for two hours ...

A new review examines how advanced powder metallurgy techniques are improving aluminum matrix composites for corrosion-prone marine environments.

A comprehensive review in Ionics finds that nanoscale oxide dispersoids in ferritic stainless steels can suppress grain coarsening, chromium volatilization ...

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

A new Journal of Materials Science study maps the hot-working behavior of HIPed PM23 powder metallurgy high-speed steel, identifying an ...

Researchers in Beijing have developed a hot isostatic pressing route that delivers precisely controlled, uniformly distributed hydrogen in titanium aluminide ...

Adding zirconium oxide to yttria-strengthened tungsten refines grains and boosts compressive strength by up to 44 percent at room temperature ...

Researchers at Changchun University of Technology show that 5 weight percent (NbTi)C particles raise copper's tensile strength by nearly 29 ...

Researchers have used high-pressure spark plasma sintering to produce fully dense aluminum composites in which metastable icosahedral quasicrystals survive completely ...

Researchers in Singapore have created the first magnesium composite reinforced directly with fallen waste mango leaves, achieving superior vibration damping ...