Machining precision components involves challenging distortion issues that entail high costs
and material and energy waste to the industry. In parallel, advanced control of production …

Higher rate of production and better surface quality are major driving forces for modern
machining systems. Higher cutting speeds can be used to achieve higher production rates …

Various artificial neural networks types are examined and compared for the prediction of
surface roughness in manufacturing technology. The aim of the study is to evaluate different …

This study focuses on chip–tool interface temperature modeling of C-60, 17CrNiMo4, and
42CrMo4 steel alloys in dry-cut and high-pressure coolant (HPC)-assisted turning at various …

Machining of hard materials at high cutting speeds produces high temperatures in the
cutting zone, which affects the surface quality. Thus, developing a model for estimating the …

This study applied artificial neural networks (ANN) to estimate the drill bit temperature and
cutting force in drilling process using Firex® coated carbide and uncoated drills. Also, the …

Control of cutting zone temperature is of great importance during machining process
because it affects tool life and surface quality. The objective of this study is development of a …

This study is mainly utilized nanofluid (graphene) and ultrasonic atomization system to
process SKD11 mold steel in micromilling to improve the quality of processed products, find …

High-speed machining is an advanced machining process that is used widely for larger
productivity. One of the tangible outputs of machining is the chip thickness. Analyzing the …

Grinding is one of the most widely employed manufacturing processes when accurate
finishing of workpieces is required. In order to investigate the effect of processing …