Analysis of surface formation of rotary ultrasonic milling of quartz glass based on nano-indentation experiment

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	Analysis of surface formation of rotary ultrasonic milling of quartz glass based on nano-indentation experiment
	Guan, Shixi; Tian, Chuanxin; Chen, Xiaoxiao; Li, Dexin; Zhang, Wenwu
刊名	13TH GLOBAL CONGRESS ON MANUFACTURING AND MANAGEMENT
	2017
卷号	174 页码:470-476
ISSN号	1877-7058
英文摘要	As an effective and efficient way of machining in hard-brittle materials, rotary ultrasonic milling(RUM) has many unique advantages. In this research, machining and nano-indentation tests had been undertaken in order to obtain the material removal mechanisms and transformational rules of quartz glass, and the machined surface roughness and the three-dimensional morphology were analyzed according to the detection results deriving from laser confocal microscope. The influence law and the machining mechanism of feed speed, depth of cut with and without ultrasonic on the machined surface quality were discussed. The material removal mode nearby the final formed surface deriving from combination of ultrasonic vibration and depth of cut plays an key role in the formation of machined surface quality in milling process. This research work could provide some process foundation for rotary ultrasonic face milling of quartz glass. (C) 2017 The Authors. Published by Elsevier Ltd.
公开日期	2017-12-25
内容类型	期刊论文
源URL	[http://ir.nimte.ac.cn/handle/174433/14080]
专题	2017专题
推荐引用方式 GB/T 7714	Guan, Shixi,Tian, Chuanxin,Chen, Xiaoxiao,et al. Analysis of surface formation of rotary ultrasonic milling of quartz glass based on nano-indentation experiment[J]. 13TH GLOBAL CONGRESS ON MANUFACTURING AND MANAGEMENT,2017,174:470-476.
APA	Guan, Shixi,Tian, Chuanxin,Chen, Xiaoxiao,Li, Dexin,&Zhang, Wenwu.(2017).Analysis of surface formation of rotary ultrasonic milling of quartz glass based on nano-indentation experiment.13TH GLOBAL CONGRESS ON MANUFACTURING AND MANAGEMENT,174,470-476.
MLA	Guan, Shixi,et al."Analysis of surface formation of rotary ultrasonic milling of quartz glass based on nano-indentation experiment".13TH GLOBAL CONGRESS ON MANUFACTURING AND MANAGEMENT 174(2017):470-476.