Thin− walled parts are widely used in many important fields because of performance and
structural lightweight requirements. They are critical parts because they usually carry the …

Article deals with problematic of milling thin wall components, than about study of surface
roughness and analytical prediction of surface roughness Rz for variable geometrical …

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 …

Thin-walled filled tube is a common energy absorbing and buffering structure. In this study,
an octet-truss-filled double tubes structure was presented by filling an octet-truss core into …

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 surface quality is quite important for many mechanical products. An improper fixturing
scheme (ie, magnitudes of clamping forces and fixture layout) leads to undesirable …

Currently, some high-value-added applications involve the manufacturing of curved
surfaces, where it is challenging to achieve surface accuracy, repeatability, and productivity …

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 …

In the aerospace industry, milling of the thin-wall multi-framed work-piece (TMW) is a critical
challenging task due to the mutually coupling dynamics of adjacent frames and side plates …