Machining high-speed steel alloys, specifically AISI M42, poses significant manufacturing challenges due to extreme hardness and thermal resistance. These traits produce high cutting temperatures that accelerate tool wear. To address the gap in predictive virtual manufacturing and reduce costly physical trials, this st...
Abstract INVAR 36 is considered a difficult to machine alloy because of its physical properties, but it has a low coefficient of thermal expansion and good dimensional stability that makes it suitable for aerospace, precision engineering, and tooling applications. Dry turning experiments have been done on INVAR 36 base...
:Laser-assisted machining offers significant advantages in the machining of difficult-to-cut materials. This paper presents an experimental investigation and FE simulation of laser-assisted turning (LAT) of H13 tool steel in longitudinal and face-turning operations. The effect of cutting speed and surface temperature o...
This paper presents the results of an experimental study on high-speed milling of the VT1–0 titanium alloy. A solid carbide end mill, MC089, with a diameter of 16 mm, was used as the cutting tool. The results indicated that the influence of the cutting parameters on the machined surface roughness is complex. An increas...
This study presents a parametric optimization model for the friction disc of a combined friction face milling cutter operating under intensive contact friction, high clamping forces, and cyclic thermomechanical loading. The computational framework integrates ANSYS Workbench, the Static Structural module, Design of Expe...
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