Machining is widely used to produce machine components for various applications in
automotive, aerospace, and marine industries. The numbers of machining operations have …

Determination of the maximum temperature and temperature distribution along the rake face
of the cutting tool is of particular importance because of its controlling influence on tool life …

Because it is key to understanding the performance of material removal processes and
resultant workpiece quality, the measurement of temperature during material removal is …

This research focuses on the study of the effects of processing conditions on the Johnson–
Cook material model parameters for orthogonal machining of aluminum (Al 6061-T6) alloy …

The modelling of metal cutting has proved to be particularly complex due to the diversity of
physical phenomena involved, including thermo-mechanical coupling, contact/friction and …

During the cutting process, the temperature field in the chip is measured by using the
principle of pyrometry in the visible spectral range. The mechanical device developed to …

The influences of cutting parameters on temperature, stress, and shear angle during dry
hard orthogonal cutting (DHOC) of D2 tool steel (62±1 HRC) are investigated in this paper …

The Electron Back Scattering Diffraction (EBSD) technique was applied for mapping the
extent of plastic deformation zones of single and two-phase steels subjected to orthogonal …

The plastic work-heat conversion coefficient is one key parameter for studying the work-heat
conversion under dynamic deformation of materials. To explore this coefficient of 7075-T651 …

Abstract The Johnson-Cook (JC) model, including a constitutive model and a failure
criterion, is an empirical model that is widely used in various fields to implement large …