The milling of titanium alloy has the characteristics of small deformation coefficient, high
cutting temperature and severe tool wear, resulting in poor machining accuracy retention. To …

This paper proposes a methodology to identify the material coefficients of constitutive
equation within the practical range of stress, strain, strain rate, and temperature encountered …

This paper presents an analytical method based on the unequal division shear-zone model
to study the machining predictive theory. The proposed model only requires workpiece …

The aim of this paper is to propose an analytical model of chip formation for precise
prediction of orthogonal cutting of Ti6Al4V. This alloy is used broadly in aerospace …

Addressing the significant discrepancy between actual experimental cutting force and its
predicted values derived from traditional constitutive model parameter identification …

This paper aims to reveal the material removal mechanisms of the elliptical vibration cutting
(EVC) and present the predicted model of orthogonal cutting force. Further study of …

Titanium and its alloys have widespread applications in aerospace and medical fields due to
their outstanding mechanical properties and corrosion resistance. However, very limited …

This paper argues that the single-shear plane model is inadequate to the real cutting
process. The model has been developed in the late 19th century on the basis of simple …

This work is motivated by the fact that the conventional chatter models cannot capture the
thermo-mechanical properties of realistic cutting processes intuitively and the involved …

This paper presents an investigation of the mechanism of the brittle–ductile cutting mode
transition from the perspective of the mechanics. A mechanistic model is proposed to …