Thin-wall parts are common in the aeronautical sector. However, their machining presents
serious challenges such as vibrations and part deflections. To deal with these challenges …

Vibration and deformation will easily occur during milling the flexible workpiece because of
its low rigidity, which will deteriorate the surface quality and dimensional accuracy of the …

Accuracy of produced parts in machining process is influenced by many errors such as tool
deflection as well as geometrical deviations of machine tool structure. To increase accuracy …

Deformation prediction and error compensation are effective approaches to improve
machining accuracy in milling thin-walled parts. In this paper, it is considered that the …

Dynamic deformation of the thin-walled structures during milling process will influence the
machining accuracy and surface quality of the final component. Present paper is concerned …

Tool deflection during milling operation leads to dimensional error, decreasing surface
quality and increasing rejection rate. In this study, tool deflection during the milling of the …

Feed rate in the computerized numerical control (CNC) milling is an essential parameter that
could affect both the machining efficiency and the working conditions of the machine tool. In …

There is a high complexity associated with modelling of cutting forces in machining of thin-
wall parts due to the variable part/tool deflection and changing tool immersion angle. The …

Machining of thin-walled parts is a key process in aerospace industry. The part deflection
caused by the cutting force is difficult to predict and control. In order to predict the cutting …

The initial residual stress in a blank is one of the main causes of machining deformation that
has become a major concern in manufacturing aerospace monolithic structures. An …