Highly finished copper surface without any appreciable residual stress is in high demand in
electronics, space, and optical industries. Conventional finishing processes are not suitable …

Magnetic abrasive finishing (MAF) is one of the most important final machining processes,
and the performances of finishing media play an important role in the finishing effects and …

Surface finish is one of the important parameters that affects functional aspects of an
assembly like friction between mating parts and wear resistance. Magnetic abrasive …

Ball-end magnetorheological (MR) finishing process utilizes the magnetically controlled
stiffened ball of an MR fluid for finishing purposes. Copper is a mechanically soft and …

In the nanotechnology era, the need for products with high quality and surfaces with free-
from damage has become an urgent necessity. Many components in the precision industries …

Magnetic abrasive finishing (MAF) process is an advance machining process that produces
high quality surface by removing material from the work piece surfaces. The magnetic …

Ball end magnetorheological finishing is a recently developed nanofinishing process
suitable for finishing of complex three-dimensional surfaces. This process makes use of …

As for blisk blade profile polishing, the “five-axis numerical control+ flexible grinding head+
elastic grinding tool” polishing process equipment has advantages of high precision, little …

Abstract Magneto-rheological (MR) fluid-based surface finishing techniques rely heavily on
simply mixed magnetic abrasives due to their ease of preparation. The abrasive particle's in …

Magnetic abrasive finishing (MAF) is one of the nontraditional machining processes that
have been studied to improve the surface quality and deburr the workpiece. The magnetic …