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Full Description
Modern societies depend on the smooth operation of many complex systems (designed and built by humans) that provide a variety of outputs (products and services). These include transport systems (trains, buses, ferries, ships and ae- planes), communication systems (television, telephone and computer networks), utilities (water, gas and electricity networks), manufacturing plants (to produce - dustrial products and consumer durables), processing plants (to extract and process minerals and oil), hospitals (to provide services) and banks (for financial tra- actions) to name a few. Every system built by humans is unreliable in the sense that it degrades with age and/or usage. A system is said to fail when it is no longer capable of delivering the designed outputs. Some failures can be catastrophic in the sense that they can result in serious economic losses, affect humans and do serious damage to the environment. Typical examples include the crash of an aircraft in flight, failure of a sewerage processing plant and collapse of a bridge. The degradation can be c- trolled, and the likelihood of catastrophic failures reduced, through maintenance actions, including preventive maintenance, inspection, condition monitoring and design-out maintenance. Corrective maintenance actions are needed to restore a failed system to operational state through repair or replacement of the components that caused the failure. Maintenance has moved from being an engineering activity after a system has been put into operation into an important issue that needs to be addressed during the design and manufacturing or building of the system.
Contents
An Overview.- An Overview.- Evolution of Concepts and Approaches.- Maintenance: An Evolutionary Perspective.- New Technologies for Maintenance.- Reliability Centred Maintenance.- Methods and Techniques.- Condition-based Maintenance Modelling.- Maintenance Based on Limited Data.- Reliability Prediction and Accelerated Testing.- Preventive Maintenance Models for Complex Systems.- Artificial Intelligence in Maintenance.- Problem Specific Models.- Maintenance of Repairable Systems.- Optimal Maintenance of Multi-component Systems: A Review.- Replacement of Capital Equipment.- Maintenance and Production: A Review of Planning Models.- Delay Time Modelling.- Management.- Maintenance Outsourcing.- Maintenance of Leased Equipment.- Computerised Maintenance Management Systems.- Risk Analysis in Maintenance.- Maintenance Performance Measurement (MPM) System.- Forecasting for Inventory Management of Service Parts.- Applications (Case Studies).- Maintenance in the Rail Industry.- Condition Monitoring of Diesel Engines.- Benchmarking of the Maintenance Process at Banverket (The Swedish National Rail Administration).- Integrated e-Operations-e-Maintenance: Applications in North Sea Offshore Assets.- Fault Detection and Identification for Longwall Machinery Using SCADA Data.
