Vibratory finishing is widely used in mass-finishing of components. However, it is difficult to
guarantee shape accuracy and predict surface roughness evolution. Here, a material …

To accurately analysis and improve the performance of abrasive flow machining (AFM) in
machining complex and special-shaped channel-parts, this study carried on a digital twin …

Surface finishing is a crucial post-processing step for performance-critical parts resulting
from additive manufacturing (AM). Mass finishing technologies like centrifugal disc finishing …

Fluid-structure interactions (FSI) occurs when fluid flow causes deformation of the structure
and in turn, the deformation changes the boundary conditions of the fluid flow. FSI is …

The rotational motion of the medium granules under the influence of an impeller installed in
the bottom of a cylindrical reservoir is considered. The dependencies of the circulation …

Vibration finishing can effectively reduce the surface roughness of blisks and change blade
shape accuracy. This study investigates the influence of vibration finishing on the shape …

This paper presents the recent advancements and forthcoming challenges for abrasive
machining with specific focus on the advancement of industrial applications. The most …

One major drawback of additive manufacturing is the poor surface quality of parts, which
negatively affects mechanical and tribological properties. Therefore, a surface finishing is …

The centrifugal disc finishing process is an abrasive technique of mass machining, and it is
very effective but very frequently time consuming. In this paper, a simulation of the …

Poor surface finish of as-built metal Additive Manufacturing (AM) remains a key challenge in
fabricated parts. Metal AM parts typically require postprocessing to improve surface finish …