A nickel-based aerospace superalloy, Inconel 718 presents machining challenges because
of its hardness and strength. Monitoring and predicting chip morphology during milling is …

Machining of Inconel 718 causes rapid tool failure, which affects the tooling cost and
dimension tolerance of the components. Literature attributed flank wear as the dominant …

Cutting tool condition prognosis is critical to process stability and quality assurance, but
affected by complex material-process interactions. This paper presents a hybrid machine …

Inconel 718 possesses exceptional properties that negatively affect tool life and other key
indicators of the cutting mechanism. Owing to the unprecedented failure states of carbide …

Abstract Nickel-Based Superalloys (NBSAs) are widely used for components subjected to
high-temperature applications due to their excellent mechanical strength, toughness, and …

The time-domain dynamic process model is used to generate data and guides the stability
criteria for machine learning, saving the experimental costs for a number of required data for …

This study comprehensively addresses the machining of nickel alloys, focusing its attention
on crucial aspects related to chip formation and tool wear. Detailed characterization of the …

In machining of hard materials, surface integrity is one of the major customer requirements
which comprise the study of the changes induced to the workpiece. Surface roughness and …

In a modern machining system, tool condition monitoring systems are needed to get higher
quality production and to prevent the downtime of machine tools due to catastrophic tool …

Surface roughness plays an important role to improve the productivity of the component.
Prediction of surface roughness becomes the challenging task in the manufacturing …