Turbine blades are widely used in aviation industries for its aero-dynamic performance.
However, as a kind of thin-walled parts with complex surfaces, to machine blades with high …

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 …

Force-induced deformation is an inevitable phenomenon in thin-wall milling operations,
which makes the actual radial depth of cut deviate from its nominal value and changes tool …

The structural dynamics of thin-walled parts vary as the material is removed during
machining. This paper presents a new, computationally efficient reduced order dynamic …

In this work, an efficient decomposition-condensation method is developed to predict the in-
process workpiece (IPW) dynamics for chatter prediction in finishing and semi-finishing large …

The dynamic response of thin-walled parts becomes time and tool position dependent due
to material removal along the toolpath. This article proposes a new reduced-order workpiece …

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 …

Since the dynamics of thin‐walled structures instantaneously varies during the milling
process, accurate and efficient prediction of the in‐process workpiece (IPW) dynamics is …

The dynamics of thin-walled parts vary in time with the feed of tool and the removal of
material in the milling process, which is a non-negligible phenomenon related to chatter. A …

This article presents a theoretical method to analyze the dynamic behavior of the milling
process of the pocket-shaped thin-walled workpieces, which are filled with viscous fluid to …