AbstractThis paper deals with the use of two types of ultrasonic-assisted micromachining methods for obtaining longer tool life and higher machining efficiency in the micromachining of hard and brittle materials. USV drilling is drilling that is aided by ultrasonic vibration in the direction axial to the tool. Cavitation machining is a method is aided by ultrasonic vibration of the cutting fluid. We investigated the effects of USV, cavitation, and their combination on the micro drilling of SiC. Experimental results clearly showed an improvement in tool life and a reduction in tool wear. Furthermore, the accuracy was improved
Ultrasonic-assisted electrolytic in-process dressing (UA-ELID) grinding is a promising technology th...
Particle-reinforced metal-matrix composites are promising engineering materials thanks to their supe...
AbstractAlthough micro-EDM has its potential in micro tool and part manufacturing, the machining spe...
AbstractThis paper deals with the use of two types of ultrasonic-assisted micromachining methods for...
Ultrasonic vibration was applied to dielectric fluid by a probe-type vibrator to assist micro electr...
Rotary ultrasonic drilling (RUD) has become an effective approach for machining advanced composites ...
Preciseness and finished surface quality are the significant factors of final products, especially i...
AbstractThe ultrasonic machining is a processing method using both the ultrasonic vibration of the t...
Ultrasonic cavitation assisted micro-electrical discharge machining was used to fabricate microstru...
AbstractThis paper addresses axial ultrasonic-vibration-assisted helical milling of chemically stren...
This project involves research on the material removal mechanisms of ultrasonic cavitation in machin...
AbstractAn ultrasonic vibration assisted micro-milling (UVAM) with longitudinal vibration of workpie...
A new method of ultrasonic chemical mechanical polishing (CMP) combined with ultrasonic lapping is i...
Product miniaturization for applications in fields such as biotechnology, medical devices, aerospace...
Conventional drilling of rocks can generate significant damage in the drilled material; a material l...
Ultrasonic-assisted electrolytic in-process dressing (UA-ELID) grinding is a promising technology th...
Particle-reinforced metal-matrix composites are promising engineering materials thanks to their supe...
AbstractAlthough micro-EDM has its potential in micro tool and part manufacturing, the machining spe...
AbstractThis paper deals with the use of two types of ultrasonic-assisted micromachining methods for...
Ultrasonic vibration was applied to dielectric fluid by a probe-type vibrator to assist micro electr...
Rotary ultrasonic drilling (RUD) has become an effective approach for machining advanced composites ...
Preciseness and finished surface quality are the significant factors of final products, especially i...
AbstractThe ultrasonic machining is a processing method using both the ultrasonic vibration of the t...
Ultrasonic cavitation assisted micro-electrical discharge machining was used to fabricate microstru...
AbstractThis paper addresses axial ultrasonic-vibration-assisted helical milling of chemically stren...
This project involves research on the material removal mechanisms of ultrasonic cavitation in machin...
AbstractAn ultrasonic vibration assisted micro-milling (UVAM) with longitudinal vibration of workpie...
A new method of ultrasonic chemical mechanical polishing (CMP) combined with ultrasonic lapping is i...
Product miniaturization for applications in fields such as biotechnology, medical devices, aerospace...
Conventional drilling of rocks can generate significant damage in the drilled material; a material l...
Ultrasonic-assisted electrolytic in-process dressing (UA-ELID) grinding is a promising technology th...
Particle-reinforced metal-matrix composites are promising engineering materials thanks to their supe...
AbstractAlthough micro-EDM has its potential in micro tool and part manufacturing, the machining spe...