In this study, a novel precision finishing process for complex internal geometries using smart
magneto-rheological polishing fluid is developed. Magneto-rheological abrasive flow …

Single point diamond turning is one of the ultraprecision methods to generate high quality
surfaces with highest possible profile accuracies. However, diamond turning process also …

Silicon Mirrors are essential components for guiding the X-Ray beam and focusing it to a
particular location. These mirrors using total internal reflection require super smooth surface …

Magnetorheological fluid-based finishing is one of the recognized techniques for precisely
finishing of a variety of components. Material removal depends largely on velocity and …

Using reasonable cutting parameters of machining process is an effective and convenient
means of improving the topography of the machined surfaces. In this study, the methods to …

Silicon is widely used in IR optics, X-Ray optics and electronics applications. These
applications require Silicon of optical quality surface as well as good form accuracy. To get …

To provide a high-quality finish to multifaceted shapes and miniaturized parts, finishing by
abrasion is one of the most critical and arduous intensive machining processes. AFM is a …

Abrasive flow machining (AFM) is one of the non-conventional finishing processes used to
attain good surface quality and high material removal. However, limited attempts have been …

Silicon mirrors are essential for guiding the X-ray beam and focusing it to a specific location.
These mirrors using total internal reflection require super smooth surface finish due to small …

Diamond turning is an ultra-precision manufacturing method which is employed to fabricate
components requiring submicron geometric accuracy and atomically smooth surface finish …