This paper presents a comprehensive review of the concept of machinability by considering
the dynamic, tribological, and thermo-mechanical interactions encountered at the tool-chip …

In the machining process, tool wear is an unavoidable reason for tool failure. Tool wear has
an impact on not just tool life but also the quality of the finished product in terms of …

This study presents an FEM-based approach to predict the rate of flank wear evolution for
uncoated cemented carbide tools in longitudinal turning processes. This novel approach …

Demands for more accurate machine learning models have given rise to rethinking current
modeling approaches that were deemed unsuitable, primarily due to their computational …

It is well-known that the reliability of finite element (FE) simulation results of cutting
processes depends mainly on two factors: implementation of a well-defined constitutive …

Tool wear prediction is essential for increasing production efficiency, improving product
quality and reducing manufacturing costs. However, most of the existing studies are either …

An accurate estimation of tool wear morphology can provide the opportunity to investigate
the influence of tool wear on cutting performance as well as reduce the overall production …

To achieve optimal tool performance, it is essential to not only comprehend the wear
patterns during the steady wear stage but also the final one where catastrophic wear …

In this work, a geometrical model is established to calculate the wear volume of cutting tool,
into which the effects of rake angle, clearance angle, and tool nose radius are successfully …

In this paper, a unique approach for estimating tool life using a hybrid finite element method
coupled with empirical wear rate equation is presented. In the proposed approach, the …