From the past few years, developments of β-Ti alloys have been the subject of active
research in the medical domain. The current paper highlights significant findings in the area …

Herein, an extensive review of the design of titanium alloys with low elastic modulus as
implant materials is provided. Due to the high specific strength, low elastic modulus, fatigue …

Bridging both the edges and the center of multicomponent space, which have been widely
investigated in traditional alloys and high entropy alloys respectively, is significant but …

Abstract Effects of the surface roughness and the build thickness on fatigue properties of
selective laser melted Inconel 718 were investigated at 650° C. The result indicated that …

Combined with the topology optimization, additive manufacturing can be used to fabricate
metal parts with complex shapes. However, due to the geometrical variations and …

Many current-generation biomedical implants are fabricated from the Ti-6Al-4V alloy
because it has many attractive properties, such as low density and biocompatibility …

Traditional theoretical and empirical calculation methods can guide the design of β-and
metastable β-alloys for bio-titanium. However, it is still difficult to obtain novel near-β-Ti …

Ti alloys have attracted continuing research attention as promising biomaterials due to their
superior corrosion resistance and biocompatibility and excellent mechanical properties …

Abstract High-entropy ceramics (HECs), especially ultrahigh-temperature ceramics, attract
much attention from the refractory-materials community. However, current research about …

Valence electron concentration (VEC) is widely accepted as an effective guideline for
designing the mechanical properties of Ti-containing refractory high-entropy alloys (RHEAs) …