Fault Tree Analysis of Feeding Control System for Computer Numerical Control Heavy-Duty Horizontal Lathes with Multiple Common Cause Failure Groups

The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DL-series computer numerical control (CNC) heavy-duty horizontal lathes (HDHLs) have been widely used in the transportation, energy and aviation industries. High availability of the CNC heavy-duty lathes is...

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Published inShanghai jiao tong da xue xue bao Vol. 21; no. 4; pp. 504 - 508
Main Author 米金华 李彦锋 彭卫文 杨圆鉴 黄洪钟
Format Journal Article
LanguageEnglish
Published Shanghai Shanghai Jiaotong University Press 01.08.2016
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ISSN1007-1172
1995-8188
DOI10.1007/s12204-016-1755-7

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Abstract The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DL-series computer numerical control (CNC) heavy-duty horizontal lathes (HDHLs) have been widely used in the transportation, energy and aviation industries. High availability of the CNC heavy-duty lathes is demanded to guarantee the efficiency and benefit of these manufacturing industries. As one of the key subsystems of the HDHLs, the feeding control system is studied in this paper on reliability modeling and reliability analysis. The fault tree analysis (FTA) method is used for reliability modelling of the feeding control system. Considering the multiple common cause failure groups (CCFGs) existing in the system, a modified beta factor parametric model is introduced to model the common cause failure (CCF) in system. The reliability of feeding control system is then obtained and the effect of CCF on the reliability of the whole system is studied as well.
AbstractList The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DLseries computer numerical control (CNC) heavy-duty horizontal lathes (HDHLs) have been widely used in the transportation, energy and aviation industries. High availability of the CNC heavy-duty lathes is demanded to guarantee the efficiency and benefit of these manufacturing industries. As one of the key subsystems of the HDHLs, the feeding control system is studied in this paper on reliability modeling and reliability analysis. The fault tree analysis (FTA) method is used for reliability modelling of the feeding control system. Considering the multiple common cause failure groups (CCFGs) existing in the system, a modified beta factor parametric model is introduced to model the common cause failure (CCF) in system. The reliability of feeding control system is then obtained and the effect of CCF on the reliability of the whole system is studied as well.
The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DL-series computer numerical control (CNC) heavy-duty horizontal lathes (HDHLs) have been widely used in the transportation, energy and aviation industries. High availability of the CNC heavy-duty lathes is demanded to guarantee the efficiency and benefit of these manufacturing industries. As one of the key subsystems of the HDHLs, the feeding control system is studied in this paper on reliability modeling and reliability analysis. The fault tree analysis (FTA) method is used for reliability modelling of the feeding control system. Considering the multiple common cause failure groups (CCFGs) existing in the system, a modified beta factor parametric model is introduced to model the common cause failure (CCF) in system. The reliability of feeding control system is then obtained and the effect of CCF on the reliability of the whole system is studied as well.
Author 米金华 李彦锋 彭卫文 杨圆鉴 黄洪钟
AuthorAffiliation Institute of Reliability Engineering, University Of Electronic Science and Technology Of China, Chengdu 611731, China
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Cites_doi 10.1016/j.ress.2014.11.005
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Issue 4
Keywords modified beta factor model
A
fault tree analysis (FTA)
TG 502
feeding control system
common cause failure groups (CCFGs)
heavy-duty horizontal lathes (HDHLs)
Language English
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fault tree analysis (FTA), feeding control system, heavy-duty horizontal lathes (HDHLs), common cause failure groups (CCFGs), modified beta factor model
MI Jinhua, LI Yanfeng, PENG Weiwen, YANG Yuanjian, HUANG Hongzhon (Institute of Reliability Engineering, University of Electronic Science and Technology of China, Chengdu 611731, China)
The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DL-series computer numerical control (CNC) heavy-duty horizontal lathes (HDHLs) have been widely used in the transportation, energy and aviation industries. High availability of the CNC heavy-duty lathes is demanded to guarantee the efficiency and benefit of these manufacturing industries. As one of the key subsystems of the HDHLs, the feeding control system is studied in this paper on reliability modeling and reliability analysis. The fault tree analysis (FTA) method is used for reliability modelling of the feeding control system. Considering the multiple common cause failure groups (CCFGs) existing in the system, a modified beta factor parametric model is introduced to model the common cause failure (CCF) in system. The reliability of feeding control system is then obtained and the effect of CCF on the reliability of the whole system is studied as well.
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Snippet The lathes are basic machine tools for manufacturing cylindrical parts. In recent years, the DL-series computer numerical control (CNC) heavy-duty horizontal...
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SubjectTerms Architecture
Common cause failures
Computer numerical control
Computer Science
Control systems
Electrical Engineering
Engineering
Fault tree analysis
Feeding
Lathes
Life Sciences
Materials Science
Reliability analysis
Turning (machining)
共因故障
参数模型
可靠性建模
圆柱形零件
故障树分析
数控重型卧式车床
计算机
进给控制系统
Title Fault Tree Analysis of Feeding Control System for Computer Numerical Control Heavy-Duty Horizontal Lathes with Multiple Common Cause Failure Groups
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