Machining approaches with smart algorithms for ultrasonic precision machining

Ultrasonic precision machining is an advanced manufacturing process that combines ultrasonic vibrations with traditionalmachining techniques to achieve high precision and efficiency. This article provides a comprehensive overview of the ultrasonicprecision machining process, its principles, applicat...

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Published inJournal of ceramic processing research pp. 802 - 806
Main Authors Zhongyu Liang, Yabo Liu, Nan Hu
Format Journal Article
LanguageEnglish
Published 청정에너지연구소 01.10.2023
Subjects
재료공학
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Abstract Ultrasonic precision machining is an advanced manufacturing process that combines ultrasonic vibrations with traditionalmachining techniques to achieve high precision and efficiency. This article provides a comprehensive overview of the ultrasonicprecision machining process, its principles, applications, advantages, and challenges. It explores the various machiningparameters, tool configurations, and experimental setups employed in ultrasonic machining. Furthermore, the article discussesthe materials suitable for ultrasonic machining and the effects of ultrasonic vibrations on the machining performance andsurface quality. The review also highlights the recent advancements and emerging trends in ultrasonic precision machining,including hybrid machining approaches and intelligent process monitoring. Overall, this article aims to provide a valuableresource for researchers, engineers, and manufacturers interested in understanding and harnessing the potential of ultrasonicprecision machining. KCI Citation Count: 0
AbstractList Ultrasonic precision machining is an advanced manufacturing process that combines ultrasonic vibrations with traditionalmachining techniques to achieve high precision and efficiency. This article provides a comprehensive overview of the ultrasonicprecision machining process, its principles, applications, advantages, and challenges. It explores the various machiningparameters, tool configurations, and experimental setups employed in ultrasonic machining. Furthermore, the article discussesthe materials suitable for ultrasonic machining and the effects of ultrasonic vibrations on the machining performance andsurface quality. The review also highlights the recent advancements and emerging trends in ultrasonic precision machining,including hybrid machining approaches and intelligent process monitoring. Overall, this article aims to provide a valuableresource for researchers, engineers, and manufacturers interested in understanding and harnessing the potential of ultrasonicprecision machining. KCI Citation Count: 0
Author Nan Hu
Zhongyu Liang
Yabo Liu
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Title Machining approaches with smart algorithms for ultrasonic precision machining
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