Additive manufacturing is a process of transforming 3D CAD models into a finished part by
adding layers of material. The technology is being used for more than three decades to …

The high demand for machining process automation has placed real-time tool condition
monitoring as one of the top priorities of academic and industrial scholars in the past …

Models that predict tool life based on wear mechanism knowledge are typically inaccurate,
as the use of simplified model parameters can have a significant effect on this prediction …

During chip formation process of machining operations, thermo-mechanical loads are
generated which can decrease life of cutting tool and quality of machined components. As a …

Stainless steel is a ferrous-based difficult-to-cut material that is widely used in aerospace,
automobile, food processing, and chemical industries due to its superior strength, high …

The significance of the micro-geometries on the cutting edge is known from numerous
studies conducted in the past. However, the effect of micro-geometry on the wiper facet (also …

Modern technology allows ductile cast iron parts to be efficiently machined while ensuring a
relatively long tool life. One of the basic indices describing the susceptibility of ductile cast …

Titanium alloys are one of the most critical and prominently used materials in automotive,
aerospace, and biomedical application due to their superior strength to weight ratio. The …

Compacted graphite iron (CGI) is increasingly used in industrial production due to its
excellent mechanical property, especially in the field of high-performance automotive engine …

The wiper facets are incorporated between the corner radius and cutting edge of the inserts
to achieve a higher surface finish and improve the overall efficiency of the metal cutting …