Due to increasing bacterial resistance antibiotics, surface coatings of medical devices with antimicrobial agents have come the fore. These on were basically thin that delaminated from due fluid environment and biomechanical activities associated in-service implants. The conventional methods manufacturing been used alloy metal-based (MBA) such as Cu Ti6Al4V enhance its antibacterial properties ...

Carbon Fiber-Reinforced Plastic (CFRP) and Titanium alloy (Ti6Al4V) stacks are used extensively in the modern aerospace industry thanks to their outstanding mechanical properties resistance thermal load applications. Machining CFRP/Ti6Al4V stack is a challenge complicated by differences each constituent materials’ machinability. The difficulty arises from matrix degradation of CFRP material cau...

TiC/graphene/Ti6Al4V composites were prepared by laser powder bed fusion using graphene and Ti6Al4V powder. The differences in microstructure high-temperature mechanical properties between the alloy composite studied. tensile microhardness of two materials tested at 400 °C, 500 600 °C; results 126 MPa, 162 76 MPa 70 HV, 59 61HV, respectively, higher than those alloy. These happened because reac...

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Based on analytical and experimental test methods, an evaluation of coated tools efficiency in milling Ti6Al4V with coated cemented carbide inserts is introduced. The stress-strain curves and the fatigue critical loads of the investigated coating were determined at various temperatures by nanoindentations and impact tests respectively, employing FEM-supported algorithms for results evaluation. ...

Original scientific paper In the paper, the SEM and EDS study results of the surface coatings formed on the niobium and titanium alloys (TNZ, NiTi, Ti6Al4V) after the Plasma Electrolytic Oxidation (PEO), also known as Micro Arc Oxidation (MAO), are described. For the experiment of the PEO treatment, a non-conventional electrolyte, based on the concentrated orthophosphoric acid, was used. Copper...

• A numerical tool is presented for analysing the Residual Stresses (RS) in Ti6Al4V. The predicts Fatigue Crack Growth Rates (FCGR) material with initial RS. Results show that RS play a critical role fatigue damage evolution. proved anisotropy FCGR due to 3D printed This study presents approach predict influence of residual stresses on (FCGR). main focus additively manufactured titanium alloy T...