This study investigated the microstructural evolution of Ti6Al4V-ELI reinforced with TiC, fabricated via in-situ laser metal deposition technique. The 3.85% volume fraction TiC/Ti6Al4V-ELI composite samples were at two different energy densities (ED). It was observed that reaction resulted in various morphologies (unmelted or partially melted, chain-shaped eutectic, granular primary and dendrit...

Arrayed Ti6Al4V nanotubes (TNT) coated with hydroxyapatite (HA) were synthesized via electrochemical anodization method. Paracetamol was loaded onto TNT-HA electrode. Effects of anodization, nanotube formation and hydroxyapatite deposition on sorption and release of the drug were investigated. Saturation time of paracetamol on the anodized samples was 30% shorter than the hydroxyapatite-coated ...

The application of mixed powders with different mass fraction on laser additive repairing (LAR) can be an effective way to guarantee the performance and functionality repaired part in time. A convenient feasible approach is presented repair TA15 forgings by employing Ti6Al4V-xTA15 this paper. compatibility from aspects microhardness, tensile property, heat capacity, thermal expansion coefficien...

Climate change is exacerbated by vehicle emissions. Furthermore, pollution contributes to respiratory and cardiopulmonary diseases, as well lung cancer. This requires a drastic reduction in global greenhouse gas emissions for the automobile industry. To address this issue, researchers are required reduce friction, which one of most important aspects improving efficiency internal combustion engi...

Abstract This work presents the microstructural investigation of an in situ synthesized TiB/Ti6Al4V-ELI composite that was manufactured with additive manufacturing (AM) technique known as laser metal deposition (LMD). A single-track sample by adding TiB 2 to Ti6Al4V-ELI at mass volume 5% and characterized for microstructure hardness. It found reaction promoted formation quasi-continuous network...