Add to ORKGMicro-ultrasonic machining (micro-USM) is one of the efficient material removal processes for processing of hard and brittle work materials. The removal of material is achieved by the penetration of abrasive particles on the workpiece using ultrasonic vibration.Bachelor of Engineering (Mechanical Engineering
The high performance of parts is determined by the microstructure of the machined surface to some ex...
International audienceThe aim of the article is to present new developments in microultrasonic machi...
This project involves research on the material removal mechanisms of ultrasonic cavitation in machin...
Micro-ultrasonic machining (micro-USM) is one of the efficient material removal processes for proces...
The ever-increasing demand for miniaturized products has motivated the micromanufacturing industry t...
The MUSM technique exploits the ultrasonic frequency vibration of a tool to force abrasive grains to...
Research advancement in the field of micromanufacturing is motivated by the demand on miniaturized f...
The growing demand for miniaturized products motivates the advancement in micromanufacturing process...
100學年度研究獎補助論文[[abstract]]Ultrasonic machining (USM) technique has long been used for fabricating var...
AbstractUltrasonic machining (USM) is known for its ability of processing hard and brittle materials...
International audienceUltrasonic machining (USM) presents a particular interest for the cutting of n...
The modes under which the material is removed, whether it is brittle or ductile, can be controlled i...
AbstractAn ultrasonic vibration assisted micro-milling (UVAM) with longitudinal vibration of workpie...
[[abstract]]Ultrasonic Machining (USM) is conventionally used for machining hard and brittle materia...
The Ti 6AL-4V (Ti 6-4) is a well-known and commonly used alloy, with around 50% usage of all titaniu...
The high performance of parts is determined by the microstructure of the machined surface to some ex...
International audienceThe aim of the article is to present new developments in microultrasonic machi...
This project involves research on the material removal mechanisms of ultrasonic cavitation in machin...
Micro-ultrasonic machining (micro-USM) is one of the efficient material removal processes for proces...
The ever-increasing demand for miniaturized products has motivated the micromanufacturing industry t...
The MUSM technique exploits the ultrasonic frequency vibration of a tool to force abrasive grains to...
Research advancement in the field of micromanufacturing is motivated by the demand on miniaturized f...
The growing demand for miniaturized products motivates the advancement in micromanufacturing process...
100學年度研究獎補助論文[[abstract]]Ultrasonic machining (USM) technique has long been used for fabricating var...
AbstractUltrasonic machining (USM) is known for its ability of processing hard and brittle materials...
International audienceUltrasonic machining (USM) presents a particular interest for the cutting of n...
The modes under which the material is removed, whether it is brittle or ductile, can be controlled i...
AbstractAn ultrasonic vibration assisted micro-milling (UVAM) with longitudinal vibration of workpie...
[[abstract]]Ultrasonic Machining (USM) is conventionally used for machining hard and brittle materia...
The Ti 6AL-4V (Ti 6-4) is a well-known and commonly used alloy, with around 50% usage of all titaniu...
The high performance of parts is determined by the microstructure of the machined surface to some ex...
International audienceThe aim of the article is to present new developments in microultrasonic machi...
This project involves research on the material removal mechanisms of ultrasonic cavitation in machin...