A systematic review of influencing factors and theoretical modeling methods of surface
roughness in turning process is presented in this work. The modeling methods of surface …

In traditional approach of silicon optical lens production, grinding, lapping, and polishing are
employed. Success of these steps depends on the quality of the preceding ones; therefore …

Advancements in diamond turning technology with tool servo configurations enables the
generation of precise freeform surfaces. However, the profile accuracy is mainly limited due …

Selective laser melting allows aluminum-silicon alloy mirrors further lightweight for
aerospace applications. The reflective surfaces based on Selective laser melting aluminum …

In this work, the influencing factors and corresponding theoretical models for the surface
topography in diamond turning process are reviewed. The surface profile on one tool feed is …

Machinable ceramics are typical brittle materials, and their surface formation mechanism
during machining has not been well revealed. Currently, there are few theoretical models of …

Precision surfaces of optical grade have been in great demand for various applications such
as high-power laser systems, astronomical reflecting telescopes glass mirrors, folding …

The surface roughness required for the optical application and lenses is in the range of
nanometers possible to achieve in single-point diamond turning (SPDT). The machining …

Abstract Single Point Diamond Turning is one of the ultra precision methods to generate
surface finish with highest possible dimensional accuracies. It involves material removal by …

Surface roughness (Ra) is an important parameter in determining the quality of surface
finishing of any products obtained from the machining process. Surface roughness can be …