Abstract 316L stainless steel has a wide range of engineering applications. However, its
relatively low yield strength limits its applications. In this work, strengthened 316L stainless …

The flexible product shape of additive manufacturing (AM) is attractive, but the process
suffers from a lack of material property diversity due to a limited number of printable alloys …

Ti-Mo alloys/composites are expected to be the next-generation implant material with low
moduli but without toxic/allergic elements. However, synthesis mechanisms of the Ti-Mo …

It has always been challenging work to reconcile the contradiction between the strength and
plasticity of titanium materials. Laser powder bed fusion (LPBF) is a convenient method to …

Direct laser deposition (DLD) technique has great potential in manufacturing titanium matrix
composites (TMCs) components with complicated shape. The TiB whiskers reinforced …

Fabricating and introducing new materials with new features is one of the most important
goals for many scientific groups. Today, additive manufacturing (AM) is known as one of the …

Additive manufacturing offers a revolutionary pathway for customising patient-specific metal
implants. However, clinical practice calls for balanced material properties besides a patient …

The wear performance of particle-reinforced metal matrix composites is significantly
influenced by the morphologies of ceramic particles. In this study, the friction and wear …

In mechanical applications, defect-based fatigue cracking is a significant strength-limiting
failure mode of additively manufactured composites that is not yet fully understood in the …

The design of composite powders for exploiting the multifunctionality of metallic
nanocomposites via laser additive manufacturing (AM) is challenging. Conventional ball …