Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment

Grinding machining is the final procedure in the machining process of the hypoid gear. The grinding quality directly affects the meshing performance and machining accuracy of the gear pair. In view of the poor quality stability of the rear axle hypoid gear grinding machining, the orthogonal experime...

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Main Authors: Mo Yimin, Li Qiming, Yang Junjian, Liu Jie, Huang Yecai
Format: Article
Language:zho
Published: Editorial Office of Journal of Mechanical Transmission 2019-01-01
Series:Jixie chuandong
Subjects:
Online Access:http://www.jxcd.net.cn/thesisDetails#10.16578/j.issn.1004.2539.2019.11.004
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author Mo Yimin
Li Qiming
Yang Junjian
Liu Jie
Huang Yecai
author_facet Mo Yimin
Li Qiming
Yang Junjian
Liu Jie
Huang Yecai
author_sort Mo Yimin
collection DOAJ
description Grinding machining is the final procedure in the machining process of the hypoid gear. The grinding quality directly affects the meshing performance and machining accuracy of the gear pair. In view of the poor quality stability of the rear axle hypoid gear grinding machining, the orthogonal experiment is carried out with the spindle speed, load torque and the number of grinding cycles as the influencing factors. Through the influence of the above parameters on the tooth surface roughness, combined with the range analysis, the combination of grinding parameters with the smallest surface roughness is determined and tested. The test results show that the optimized grinding parameter combination can effectively reduce the tooth surface roughness and improve the grinding quality, and also provide a reference for the selection of grinding tooth processing parameters.
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publisher Editorial Office of Journal of Mechanical Transmission
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spelling doaj.art-3033c3fb04e141b29411054a03177a9e2023-05-26T09:56:36ZzhoEditorial Office of Journal of Mechanical TransmissionJixie chuandong1004-25392019-01-01202431612075Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal ExperimentMo YiminLi QimingYang JunjianLiu JieHuang YecaiGrinding machining is the final procedure in the machining process of the hypoid gear. The grinding quality directly affects the meshing performance and machining accuracy of the gear pair. In view of the poor quality stability of the rear axle hypoid gear grinding machining, the orthogonal experiment is carried out with the spindle speed, load torque and the number of grinding cycles as the influencing factors. Through the influence of the above parameters on the tooth surface roughness, combined with the range analysis, the combination of grinding parameters with the smallest surface roughness is determined and tested. The test results show that the optimized grinding parameter combination can effectively reduce the tooth surface roughness and improve the grinding quality, and also provide a reference for the selection of grinding tooth processing parameters.http://www.jxcd.net.cn/thesisDetails#10.16578/j.issn.1004.2539.2019.11.004Grinding machining
spellingShingle Mo Yimin
Li Qiming
Yang Junjian
Liu Jie
Huang Yecai
Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
Jixie chuandong
Grinding machining
title Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
title_full Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
title_fullStr Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
title_full_unstemmed Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
title_short Research of Optimization of Grinding Parameter of Hypoid Gear based on Orthogonal Experiment
title_sort research of optimization of grinding parameter of hypoid gear based on orthogonal experiment
topic Grinding machining
url http://www.jxcd.net.cn/thesisDetails#10.16578/j.issn.1004.2539.2019.11.004
work_keys_str_mv AT moyimin researchofoptimizationofgrindingparameterofhypoidgearbasedonorthogonalexperiment
AT liqiming researchofoptimizationofgrindingparameterofhypoidgearbasedonorthogonalexperiment
AT yangjunjian researchofoptimizationofgrindingparameterofhypoidgearbasedonorthogonalexperiment
AT liujie researchofoptimizationofgrindingparameterofhypoidgearbasedonorthogonalexperiment
AT huangyecai researchofoptimizationofgrindingparameterofhypoidgearbasedonorthogonalexperiment