It was reported that the synergistic effect of process parameters on the superior properties of
Inconel 718 exacerbate the wear mechanisms, leading to rapid flank wear rate and …

In recent years, hybrid machining techniques have gained popularity in processing materials
that are notoriously tough to work with. This is due to the inherent benefits that hybrid …

Abstract" Unmanned machining centers are starting to emerge as the ultimate and most
versatile form of computer integrated manufacturing. To utilize the full potential of unmanned …

Purpose: of this paper is to present a tool condition monitoring (TCM) system that can detect
tool breakage in real time by using a combination of neural decision system, ANFIS tool …

In this work, an artificial neural network (ANN) model was developed for the investigation
and prediction of the relationship between cutting parameters and surface roughness during …

Manufacturing of tool molds represents a single part production characterized by varying
designs and various different process steps. The associated milling processes require a …

Inconel 718 nickel-based super alloy is widely used in aerospace, nuclear and marine
industries due to its important thermo-mechanical properties and excellent corrosion …

In this study, optimum cutting parameters of Inconel 718 are determined to enable minimum
surface roughness under the constraints of roughness and material removal rate. In doing …

The surface integrity and dimensional accuracy of a computer numerically controlled (CNC)
milled part is greatly affected by the wear condition of the cutting tool. An effective tool …

This study investigates the intricate relationship between surface roughness (Ra) and the
extent of chip segmentation (Gs) during the milling process of A7075 aluminum alloy across …