Achieving sustainable machining is in demand nowadays and it is in line with the rise of
global eco-awareness and rigorous regulations by the authorities to prevent from further …

The efficiency of Inconel 718 alloy polishing surface is limited by low thermal conductivity,
work-hardening effects, high strength and high hardness. In this study, jet electrochemical …

Inconel 718, valued for its remarkable mechanical, corrosion, and high-temperature
resistance up to 700° C, is a predominant material constituting almost half of all global …

Hydrogen embrittlement (HE) is a major issue for the mechanical integrity of high-strength
alloys exposed to hydrogen-rich environments, with diffusion and trapping of hydrogen …

In this study, three different methods, namely, selective laser melting (SLM), spark plasma
sintering (SPS), and casting techniques, were utilized to fabricate nickel alloy 718 samples …

Out of all the mechanical energy generated during material cutting, the majority is converted
into heat, raising the temperature at the chip-tool interface, particularly in difficult-to-machine …

Using additively manufactured (AM) tubular IN718 specimens, this study was conducted to
understand the effects of wall thickness, surface machining, and hot isostatic pressing (HIP) …

Inconel 718 is one of the most widely used alloys in metal additive manufacturing because
of its wide range of applications in aerospace, gas turbines and other structural applications …

The application of the Direct Energy Deposition (DED) in the aerospace field offers the
potential to manufacture and repair critical components. Nevertheless, the parts produced by …

Tensile behavior of Alloy 718, fabricated through laser powder directed energy deposition,
was examined over a wide temperature range (− 195, 25, 200, 425, 650, 870, and 980° C) …