作者：任和，陈曦，陈勇著
页数：229页
出版社：上海交通大学出版社
出版日期：2017
ISBN：9787313185488
电子书格式：pdf/epub/txt
内容简介
飞机维修是民用航空运行支持和持续适航的关键活动之一，它直接决定了飞机的运行安全和全寿命成本。任和、陈曦、陈勇著的《基于可靠性的飞机维修优化（英文版）（精）》在全面介绍现代飞机的可靠性、维修性、安全性工程理论的基础上，着重解决实践中长期困扰工业界的MSG一3缺陷问题。本书综合了作者长期的研究成果，通过应用智能评分系统、神经网络系统（BPN）、故障树分析技术（FTA）、提出了一套灵活高效的针对飞机结构尤其是复合材料结构的维修间隔的确定方法。同时，本书在介绍全新的维修工程分析（MEA）和维修任务分析（MTA）理念和方法的基础上，结合飞机结构健康监控技术，重点探讨了检查间隔、维修策略与修理容限的优化问题。这些方法可以大大缩短维修工时，节约维修费用，提高飞机的可靠性和安全性。本书可供飞机设计、制造、维修的工程师使用，也可作为高等院校的教材。
本书特色
飞机维修是民用航空运行支持和持续是行的关键活动之一，它直接决定了飞机的运行安全和全寿命成本。本书在全面介绍现代飞机的可靠性、维修性、安全性工程理论的基础上，着重解决实践中长期困扰工业界的MSG-3缺陷问题。本书综合了作者长期的研究成果，通过应用智能评分系统、神经网络系统（BPN）、故障树分析技术（FTA）、提出了一套灵活高效的针对飞机结构尤其是复合材料结构的维修间隔的确定方法。同时，本书在介绍全新的维修工程分析（MEA）和维修任务分析（MTA）理念和方法的基础上，结合飞机结构健康监控技术，重点探讨了检查间隔、维修策略与修理容限的优化问题。这些方法可以大大缩短维修工时，节约维修费用，提高飞机的可靠性和安全性。本书可供飞机设计、制造、维修的工程师使用，也可作为高等院校的教材。
目录
1.1 Challenges of Modern Developing Commercial Aircraft
1.2 Evolution of Aircraft Maintenance Process
1.3 Aircraft Composite Structures
1.4 Reliability-Centered Maintenance
1.4.1 Reliability Design
1.4.2 Reliability Centered Maintenance
1.5 MSG-3 Structural Analysis
1.6 A380 Maintenance Programs
1.7 Summary
Chapter 2 Basic Concept
2.1 Accident
2.1.1 Accident in Aviation
2.1.2 Accident Category in Aviation
2.2 Near Misses
2.3 Risk
2.4 Safety
2.5 Reliability
2.6 Risk Management
2.7 Incident
2.8 Airworthiness
2.9 Quality
2.10 Airworthiness
2.11 Availability
2.12 Aircraft Maintenance
2.13 Sources and Types of Failure in Aircraft
2.13.1 Mechanisms of Failure
2.13.2 Causes of Failure
2.13.3 Sources of Failure
2.14 Maintenance System and Tasks
2.15 Component Servicings
2.16 Overhaul
2.17 Bay Servicing
2.17.1 Repair
2.17.2 Modification
2.18 Replacement/Throwaway
2.19 Functional Testing
2.20 Calibration
2.21 Non-Destructive Evaluation (NDE)
2.22 Avionics Maintenance
2.23 Software Maintenance
2.24 Interdependence of Operations and Maintenance
2.24. 1 Factors Affecting the Airline’s Maintenance System
2.24. 2 Factors Affecting the Military Maintenance System
Chapter Aircraft Reliability and Maintainability Analysis and Design
3.1 Reliability Fundamental Mathematics
3.1 1 Density Function
3.1 2 Failure Probability Function
3.1 3 Failure Rate
3.1 4 Reliability Function
3.1 5 Bathtub Curve
3.1 6 Mean Time to Failure
3.2 Some Common Failure Distributions
3.2.1 Exponential Distribution
3.2.2 Weibull Distribution
3.2.3 Normal Distribution
3.2.4 Lognormal Distribution
3.2.5 Summary of Often Used Distributions
3.3 Binary System Reliability Models
3.3.1 Series System
3.3.2 Parallel System
3.3.3 Standby Redundancy System
3.4 Mechanical Reliability~Stress-strength Interference Model
3.4.1 Introduction of Theory
3.4.2 Analytical Results
3.4.3 Example
3.5 Fuzzy Reliability Theory
3.5.1 Irrationality of Conventional Reliability Theory
3.5.2 Fuzzy Reliability Basic Theories
3.5.3 Fuzzy Reliability
3.5.4 Fuzzy Failure Rate
3.5.5 Fuzzy MTBF
……
Chapter 4 RCM and Intergrated Logistic Support
Chapter 5 Intelligent Structural Rating System Based on Back Propagation Network
Chapter 6 Fault Tree Analysis for Composite Structural Damage
Chapter 7 Inspection Interval Optimization for Aircraft Composite Structures Considering Dent Damage
Chapter 8 Repair Tolerance for Composite Structures Using Probabilistic Methodologies
Chapter 9 Structural Health Monitoring and Influence on Current Maintenance
Chapter 10 Maintenance Control and Management Optimization
Chapter 11 Methodologies of Reliability and Maintainability in the A380 Program
Reference
Index
