In this paper, 50 vol% TiC p/Ti6Al4V composites without pores, cracks or poor fusion were
fabricated by laser melting deposition (LMD) technology using 500 W laser power (lower …

There is an increased interest to produce open porous metallic lattice structures with regular
unit cell architectures by additive manufacturing processes, which were impossible or …

This work reports on the fabrication of a novel two-layer material composed of a porous
tantalum core and a dense Ti6Al4V (Ti64) shell by powder metallurgy. The porous core was …

This study presents a methodology to fabricate Ti6Al4V cylindrical compacts with a highly
porous core and dense shell with the aim to mimic the bone microstructure. Compacts with …

The present study investigated drug-loaded, titanium alloy (Ti6Al4V) graded porous
structure with desired mechanical properties for implant-based local drug delivery …

This works proposes a methodology for fabricating materials with specific characteristics
mimicking human bones. A Ti64 alloy powder was used as the base material and it was …

Low density, lightweight, chemical and corrosion resistance, good strength‐to‐weight ratio,
high fatigue resistance, and biocompatibility are the major reasons behind the frequent use …

Functionally graded material is one of the promising sectors of the material since because of
the great ability to control with required product properties could be strongly used in …

This study presents a methodology to fabricate Ti6Al4V cylindrical compacts with a highly
porous core and dense shell with the purpose to mimic the bone microstructure. Compacts …

Architectured materials have gained significant attention in recent years due to their unique
properties and potential applications, such as lightweight structural materials and functional …