Understanding surface roughness generation in machining is critical to estimate the final
quality of the part, optimize cutting conditions, reduce costs and improve manufacturing …

This research investigates the impact of high-speed and thermal-assisted machining (HS-
TAM) on tool wear and surface roughness during the milling of SKD11 steel. The goal is to …

Open-die forging holds a pivotal role in shaping machine parts within industrial applications.
This study focuses on the assessment of stress–strain curves for C45 material at different …

This research presents an innovative methodology for accurately predicting spring-back
tendencies in V-bending of SS400 steel sheets under elevated temperatures. The study …

Glass–ceramic is a widely used and difficult to machine material with high hardness and
brittleness. For this reason, in-situ laser-assisted machining (LAM) of glass–ceramic was …

Rotor shafts are the most heavily loaded and accident-prone parts of powerful turbine
generators, which are cooled using hydrogen. To eliminate damage sustained during …

The laser-assisted turning (LAT) process comprises complicated interactions between
cutting process parameters and laser heating. These interactions pose a significant …

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 …

The chip compression ratio is the most important characteristic of various machining
processes with chip generation. This characteristic enables the determination of kinetic and …

Machining is specially utilized to manufacture special, precision parts and difficult-to-form
materials. The most challenging aspects of this topic are the continuously evolving quality …