The main purpose of this research is to evaluate the mechanical characteristics and biocompatibility two novel titanium alloys, Ti15Mo7ZrxSi (x = 0, 0.5, 0.75, 1). These samples had already undergone grinding, polishing, cutting, chipping. Electrochemical, metallographic, three-point bending, microhardness studies were conducted on studied materials determine their corrosion behavior, microstru...

This report details the creation of artistically engineered microstructural images for 2021 International Metallographic Contest (IMC) and Exhibit. The concept these is to utilize purposeful recrystallization grain growth make designs in microstructure. C26000 cartridge brass was material used. grains were initially grown be large through annealing then indentations added. Recrystallization ind...

We prepared three kinds of Ni based alloy cladding coatings on 316L stainless steel at different power levels. The microstructure the layer was observed and analyzed by XRD, metallographic microscope, SEM. hardness measured, wear resistance it tested a friction instrument. results show that effect laser is good, has good metallurgical bonding with substrate. Different microstructures such as de...

In this paper, based on the as-cast CuSn10P1 alloy. Semi-solid alloy billet was prepared by cold-rolled isothermal treatment strain-induced melting activation (CRITSIMA). The effects of cold-rolling reduction, temperature, and time microstructure semi-solid copper were studied metallographic microscope Image-Pro Plus software. changes primary elements in analyzed briefly a scanning electron (SE...

Abstract Two α-β brass alloys with varying Zn contents have been studied. The samples received for examination were heat-treated at 500 °C in order to conduct dezincification studies according EN ISO 6509-1 and measure the depth of from metallographic sections. According phase diagram, α-phase content should increase as a result heat-treatment °C. This phenomenon, however, is difficult observe ...

Device-related infection or inflammatory and stress shield are still the main problems faced by titanium alloy implants for long-term implantation application; therefore, it is of great significance to design an with low elastic modulus good antibacterial properties as well biocompatibility. In this paper, Ti-13Nb-13Zr-xCu(x = 3, 7 wt.%) alloys were designed prepared reveal influence Cu content...