The research and application of high speed metal cutting (HSMC) is aimed at achieving
higher productivity and improved surface quality. This paper reviews the advancements in …

During the last few decades, there has been significant progress in developing industry-
driven predictive models for machining operations. This paper presents the state-of-the-art in …

This paper provides a comprehensive review of literature, mostly of the last 10–15 years, on
modeling of machining of composite materials with a focus on the process of turning. The …

A new material constitutive law is implemented in a 2D finite element model to analyse the
chip formation and shear localisation when machining titanium alloys. The numerical …

In the analysis of orthogonal cutting process using finite element (FE) simulations,
predictions are greatly influenced by two major factors; a) flow stress characteristics of work …

The design and manufacturing of dies and molds represent a significant link in the entire
production chain because nearly all mass produced discrete parts are formed using …

Chip morphology and segmentation play a predominant role in determining machinability
and tool wear during the machining of titanium alloys. At lower cutting speeds the chip is …

A thorough understanding of the material removal process in cutting is essential in selecting
the tool material and in design, and also in assuring consistent dimensional accuracy and …

Chip types in machining are determined by the combined effects of workpiece material
properties, cutting speed, and tool geometry. The understanding of chip formation plays an …

This contribution deals with thermo-mechanical effects on chip morphology. Only the case of
hard turning of AISI4340 steel (47 HRC) is treated. The study proves that serrated chip …