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Role of sacrificing layer on glasses during ultrasonic machining (USM)-a review
Ultrasonic machining is a non-traditional, non-thermal material removal method; used to
fabricate channels and drill holes in brittle materials such as glasses and wafers by using …
fabricate channels and drill holes in brittle materials such as glasses and wafers by using …
A novel investigation of sacrificing layer effect on micro-channel fabrication of glass using rotary ultrasonic machining
During micro-ultrasonic machining of brittle materials, lateral vibration of the tool and errors
due to the placement of the workpiece leads to overcut and surface damage. Hence, this …
due to the placement of the workpiece leads to overcut and surface damage. Hence, this …
Micro-channel fabrication on silicon wafer (100) using rotary ultrasonic machining
Abstract In the Present work Rotary Ultrasonic machining is used for fabrication of micro
channel on Silicon wafer. Silicon wafer possesses a plethora of applications, from their use …
channel on Silicon wafer. Silicon wafer possesses a plethora of applications, from their use …
Effect of Spindle Speed and Feed Rate on Machining of Zirconia Bio-ceramic Using CNC Rotary Ultrasonic Machine
A Kushwaha, A Anuragi, M Vishnoi… - … Conference on Scientific …, 2023 - Springer
Rotary ultrasonic machining (RUM) is an inexpensive and environment favorable method for
machining brittle material such as advanced ceramics. The main objective of this review was …
machining brittle material such as advanced ceramics. The main objective of this review was …