Reliability Engineering and the Application of CNC Machine Tools
- 1st Edition - March 5, 2025
- Latest edition
- Authors: Yan Ran, Genbao Zhang
- Language: English
Reliability Engineering and the Application of CNC Machine Tools discusses the basic theory of reliability, reliability design, reliability-driven product manufacturing suppor… Read more
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Description
Description
Reliability Engineering and the Application of CNC Machine Tools discusses the basic theory of reliability, reliability design, reliability-driven product manufacturing support technology, reliability management technology, factor analysis and the control of reliability engineering, and the implementation of reliability systems in NC machine tools. The book provides many practical case studies and experience summaries of CNC machine tool reliability engineering; these provide valuable learning material for researchers, engineers and technicians.
Key features
Key features
- Provides a systematic introduction to the concepts, principles and methods of CNC machine tool reliability engineering
- Includes a large number of case studies and practical experience information
- The book is comprehensive and covers all aspects of reliability design, reliability assessment, fault diagnosis, maintenance and repair of NC machine tools
Readership
Readership
Researchers and engineers interested in CNC machine tool reliability engineering and the design, manufacture, use, maintenance and management of CNC machine tools
Table of contents
Table of contents
1 Basic Theory
1.1 Overview on reliability of CNC machine tools
1.2 A review on the reliability technology of domestic CNC machine tools
1.3 Function decomposition and reliability analysis on CNC machine tools based on FMA
2 Design Prevention
2.1 Reliability design system
2.2 Reliability modeling technology
2.3 Reliability prediction and allocation technology
3 Manufacturing and Assembly
3.1 Machining consistency control technology
3.2 Assembly process driven by reliability
3.3 Reliability-driven modeling approach of the assembly process
4 Operation Enhancement
4.1 Reliability test technology
4.2 Reliability evaluation technology
4.3 Failure maintenance decision of meta-action assembly unit
5 Management Technology
5.1 Reliability Management system
5.2 Oil management technology
5.3 Reliability data management
6 Factor Control
6.1 Materials factors analysis and control in reliability engineering
6.2 The method of analysis and control in reliability engineering
6.3 Measure analysis and control in reliability engineering
7 System Implementation
7.1 8341 engineering for CNC machine tools reliability methodology
7.2 Implementation of CNC machine tools reliability engineering
7.3 Product reliability technology to multi-specification and small batch
1.1 Overview on reliability of CNC machine tools
1.2 A review on the reliability technology of domestic CNC machine tools
1.3 Function decomposition and reliability analysis on CNC machine tools based on FMA
2 Design Prevention
2.1 Reliability design system
2.2 Reliability modeling technology
2.3 Reliability prediction and allocation technology
3 Manufacturing and Assembly
3.1 Machining consistency control technology
3.2 Assembly process driven by reliability
3.3 Reliability-driven modeling approach of the assembly process
4 Operation Enhancement
4.1 Reliability test technology
4.2 Reliability evaluation technology
4.3 Failure maintenance decision of meta-action assembly unit
5 Management Technology
5.1 Reliability Management system
5.2 Oil management technology
5.3 Reliability data management
6 Factor Control
6.1 Materials factors analysis and control in reliability engineering
6.2 The method of analysis and control in reliability engineering
6.3 Measure analysis and control in reliability engineering
7 System Implementation
7.1 8341 engineering for CNC machine tools reliability methodology
7.2 Implementation of CNC machine tools reliability engineering
7.3 Product reliability technology to multi-specification and small batch
Product details
Product details
- Edition: 1
- Latest edition
- Published: April 1, 2025
- Language: English
About the authors
About the authors
YR
Yan Ran
Yan Ran is currently an Associate Professor and a Doctoral Supervisor at Chongqing University,
a Fixed Researcher at the State Key Laboratory of Mechanical Transmission for Advanced
Equipment, Chongqing University, a Committee Member of the Chongqing Science and
Technology Association and a Vice President of Chongqing Engineering Graphics Society. Her
research interests include CNC machine tools reliability technology and electromechanical
product quality engineering. She has hosted and joined in almost 30 projects, published more
than 100 academic papers, 22 invention patents, and 6 copyrights of computer software.
Affiliations and expertise
Associate Professor and Doctoral Supervisor at Chongqing University, ChinaGZ
Genbao Zhang
Genbao Zhang is a Professor at Chongqing University, a Researcher at the State Key
Laboratory of Mechanical Transmission for Advanced Equipment, Chongqing University. His
current research interests include advanced manufacturing technology, computer integrated
manufacturing systems, CNC machine tools reliability, modern quality engineering, and
enterprise information. He enjoys a special government allowance from the State Council.
He has presided over 80 projects, and published more than 400 academic papers and 11
monographs.
Affiliations and expertise
Professor at Chongqing University, ChinaView book on ScienceDirect
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