Thin-wall components are some critical parts that are extensively used in modern industries
due to their high structural efficiency and low specific weight. However, precision machining …

Complex surfaces are widely used in aerospace, energy, and national defense industries.
As one of the major means of manufacturing such as complex surfaces, the multi-axis …

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 dimensional tolerance of flexible, thin-walled aerospace parts can be violated by the
excessive static deflections during milling. This paper proposes a method to predict the …

Due to the weak rigidity of flexible thin-walled part and tool, deformation inevitably occurs
under the action of a cutting force in the flank milling of thin-walled parts, resulting in …

To increase accuracy as well as productivity in CNC machine tools, Finite Element Method
(FEM) are applied to the machining operations and machine tool structures. As a result, the …

Excessive static deformations often occur during the end-milling of large thin-walled parts,
which play an important role in the aerospace industry. The real-time adjustment of axial …

The thin-walled parts have the characteristics of low stiffness and time-varying dynamics in
the milling process, and the vibration in the milling system plays a major role in surface …

Improving machining performance of thin-walled parts is of great significance in aviation
industry, since most aviation parts are characterized by large size, complex shape, and thin …

Main effect elements of machining distortion for aluminum alloy and titanium alloy aircraft
monolithic component are investigated by finite element simulation and experiment. Based …