Although fast-/slow tool servo (F-/STS) diamond turning is widely employed to generate
micro-structured surfaces, very limited attention has been focused on the cutting force which …

This contribution addresses a confrontation between the experimental simulation of a
rotor/stator interaction case initiated by structural contacts with numerical predictions made …

Variations in cutting forces significantly influence the tool wear and part quality in machining
high-volume SiC-particle-reinforced aluminum matrix (SiCp/Al) composites. Properties of the …

The cutting force is one of the key factors for planning and optimizing the machining
operation in material removal processes. An analytical cutting force prediction model that …

The influence of tool wear on cutting force in turning glass–ceramics was studied, and a
theoretical model of turning force considering tool wear was established in this paper. Firstly …

This paper presents a generalized geometric model of cutting tools for the purpose of
predicting the mechanics and dynamics of machining operations. The model starts by …

Motion position errors, which are caused by factors such as machine tool assembly accuracy
and thermal effects, often result in deviations in both machining energy consumption and …

Current constraints on aeronautical parts have led to the introduction of materials like
titanium alloys as well as new part geometries featuring large dimensions and reduced …

The theoretical model of cutting force in turning metal materials is not applicable to the
machining of hard-brittle materials. This view is also supported by experimental results …

A modeling method of CNC machine tools' spatial geometric error is proposed based on two-
dimensional angle error in this paper. Different from traditional modeling method, this …