Effect of martensitic ω phase on mechanical properties of Ti100−xCox alloys with x=5, 7 and 9

Effect of Ga on Microstructure and Mechanical Properties of the TiCu-Base Nano/Ultrafine Bimodal Structured Alloy

“…Recently, a series Ti(Cu)-based nanostructure-dendrite composites have been developed by our group through systematic alloy design [8][9][10]. In this paper, the Ti 44 Cu 46 Co 4 Zr 6 was chosen as the starting composition, the new bulk nanostructure-dendrite TiCu-base composite has been developed through partial substitution Cu by through copper molder suction casting method.…”

Nanaostructure-Dendrite Ti₄₄Cu₄₆Co₄Zr₆ Composite with Excellent Mechanical Properties

“…However, such strong β-phase stabilizers are all very expensive elements, this high cost will limit their potential application as advanced engineering materials. Recently, a series Ti(Cu)-based nanostructure-dendrite composites have been developed by our group through systematic alloy design [8,9]. In this paper, the Ti 50 Cu 50 was chosen as the starting composition; the new bulk nanostructure-dendrite TiCu-base Ti 44 Cu 46 Co 4 Zr 6 composite has been developed through partial substitutions of Cu and Ti by through copper molder suction casting method.…”

Effect of solubility on strengthening of Ag–Cu ultrafine eutectic composites

“…On the other hand, there are some reports on enhancement of both strength and plasticity in the solid solution ␤-Ti alloy by controlling the solutes even without the formation of the ultrafine eutectic matrix [18]. This implies that the local structural change/clustering in the solid solution ␤-Ti phase can occur via dynamic transformation along the grain boundary [19].…”