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 …

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 …

Machining is a widely used manufacturing process that involves removing material from a
workpiece. During this process, more than 95% of the mechanical energy from the machine …

Austenitic stainless steel 304 is widely used in various applications due to its mechanical
strength, toughness, and, most importantly, its corrosion resistance. However, machining this …

Machining Inconel 718, a high-strength superalloy with applications in critical industries,
presents unique challenges. Conventional cutting fluid application has long been employed …

The diverse mechanical properties found in aluminum alloys make them an ideal option for
various industrial sectors. The machining process still presents challenges, especially …

The heat generated during the cutting process of titanium alloys and superalloys is a
significant limitation that affects machining quality. Excessive heat can accelerate tool wear …

This study proposes a novel response surface methodology (RSM) that integrates the mayfly
algorithm (MOMA) and multi-objective particle swarm optimization (MOPSO) to enhance the …

The advancement in cast iron alloy properties has led to more efficient materials, especially
in the automotive industry. However, this progress has also increased the demand for more …

Machining is a process that involves intense heat generation at localized points within the
tool-chip interface. This leads to elevated temperatures, which can be detrimental to cutting …