Tag: grain refinement

Laboratory tests found that Si3N4-containing laser-clad composite coatings on TC4 titanium alloy had greater hardness, lower wear rates and better ...

A study of 530-nanometre commercially pure titanium found a yield strength of about 510 MPa and roughly 13% uniform elongation, ...

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

An experimental study reported 10,180% superplastic elongation in a hypoeutectic Pb-40 wt% Sn alloy processed by tube high-pressure shearing.

Compression tests of an as-cast nitrogen-containing Fe–Mn–Co–Cr high-entropy alloy reveal that dynamic recovery, continuous recrystallization and grain refinement shift substantially ...

A laboratory casting study found that CuO nanoparticles refined A356 alloy grains and modified eutectic silicon while increasing microhardness, reducing ...

Researchers show that a 10 Hz alternating magnetic field during melt treatment disperses ZrB2 and Al2O3 nanoparticles most uniformly in ...

Researchers used room-temperature surface mechanical attrition treatment to refine the grains of Inconel X-750, raising surface hardness by 12.5 percent ...

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

Researchers show that adjusting extrusion temperature between 280 and 360 degrees Celsius tunes the strength, ductility, corrosion resistance and thermal ...