Abrasive fine-finishing technology is often applied as a final finishing process, and the
selection of the right technology is crucial to obtaining the desired performance of functions …

Studies on the development of modern methods of precision surface polishing for the
production of electronic device and optical system elements from glass and optical and …

Aimed to improve the modeling accuracy of tool influence function (TIF) of bonnet polishing,
a theoretical and experimental study is presented. This paper starts with the affecting …

Lapping has a history of hundreds of years, yet it still relies on the experience of workers. To
improve the automaticity and controllability of the lapping process, a modeling method of …

Advances in 3D printing technology allow for the manufacture of topologically complex parts
not otherwise feasible through conventional manufacturing methods. Maturing metal and …

Preston's law is a widely used equation that expresses time-dependency of material removal
in polishing process. In this research, it is experimentally found that Preston's law does not …

Electrorheological (ER) polishing as a new type of polishing technique has flexibility and
controllability. However, ER polishing cannot be widely used in actual processing because …

For the polishing process, Preston (1927)[1] proposed wear, h, is proportional to the work
given by a frictional force, f fr, on the glass. He assumed f fr does not depend on relative …

Розглянуто роботи по створенню сучасних методів полірування прецизійних поверхонь
елементів електронної техніки та оптичних систем зі скла, оптичних і …

Mid-spatial frequency surface error is a known manufacturing defect for aspherical and
freeform precision surfaces. These surface ripples decrease imaging contrast and system …