Research on cutting vibration characteristics of face-milling involute gear

Traditional machining methods,such as gear hobbing,gear shaping and gear milling,etc,are commonly used for cutting machining of gear tooth profile,which cannot meet huge machining demand of gears to a certain extent.This article proposes to utilize a face-milling machining method in involute gear ma...

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Bibliographic Details
Published in:防务技术 2017, Vol.13 (5), p.380-384
Main Authors: Cheng-zhe JIN, Chang GUO, Yun GAO
Format: Article
Language:English
Online Access:Get full text
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Summary:Traditional machining methods,such as gear hobbing,gear shaping and gear milling,etc,are commonly used for cutting machining of gear tooth profile,which cannot meet huge machining demand of gears to a certain extent.This article proposes to utilize a face-milling machining method in involute gear machining,which can be used to reduce production cost effectively.Cutting vibration generated during cutting machining has a direct effect on the machining accuracy and machined surface quality of workpiece.Therefore,it is desiderated to perform in-depth research regarding this issue.ADAMS software was used to establish a rigid-flexible coupling virtual prototyping model of face-milling gear milling system and a cutting vibration system model.Cutting vibration analysis was performed for face-milling gear by adopting quick sine frequency sweep method,so that the frequency response characteristics of workpiece in three directions X,Y and Z and space were acquired.The research results will provide reference and theoretical foundation for actual application of face-milling gear machining technology.
ISSN:2214-9147
2214-9147
DOI:10.3969/j.issn.2214-9147.2017.05.009