Metal additive manufacturing (AM) is capable of producing complex parts, using a wide
range of functional metals that are otherwise very difficult to make and involve multiple …

Abstract Metal Additive Manufacturing (AM) is one of the fastest-growing manufacturing
processes in the industry. The advent of the metal AM process has introduced a new set of …

There is an ever-increasing focus on surface integrity and machined surface quality of the
machined surface and sub-surface to improve product quality, thereby improving its service …

This study adopted a multiscale surface integrity approach (macro, micro, and sub-micro
scale) to study the effects of cutting conditions and varying cutting fluid applications on the …

Minimum quantity cutting fluid application is targeted upon the rake face and the flank face of
the tool to improve the tool life and surface integrity. By strategically targeting/applying the …

The band saw cutting is one of the many cutting/machining operations that can benefit from
cutting conditions and cutting fluid optimization. Optimizing cutting speed, feed rate, and …

In this study, a fundamental investigation on the effect of cutting fluid application and type of
fluid on sawing I-beams was carried out. This research hypothesizes that the minimum …

The surface integrity of a machined component is crucial for its service life part. One of the
main final specifications that a machined part is inspected for is the surface integrity metrics …

The effect of the grinding process for weld flash removal on the surface integrity of the
welded joint has not been researched. The surface integrity of the welded joint is essential …

Abstract Machining of Nickel-Based Superalloys (NBSAs) is characterized by rapid work
hardening, low thermal conductivity, and extreme abrasive behavior. Due to such …