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Electronics Process Technology [electronic resource] :Production Modelling, Simulation and Optimisation / by Wilfried Sauer, Martin Oppermann, Sebastian Werner, Heinz Wohlrabe, Thomas Zerna, Gerald Weigert, Klaus-Jürgen Wolter.

by Sauer, Wilfried [author.]; Oppermann, Martin [author.]; Werner, Sebastian [author.]; Wohlrabe, Heinz [author.]; Zerna, Thomas [author.]; Weigert, Gerald [author.]; Wolter, Klaus-Jürgen [author.]; SpringerLink (Online service).
Material type: materialTypeLabelBookPublisher: London : Springer London, 2006.Description: XIX, 482 p. 281 illus. online resource.ISBN: 9781846283543.Subject(s): Engineering | Computer simulation | Industrial engineering | Machinery | System safety | Electronics | Engineering | Electronics and Microelectronics, Instrumentation | Industrial and Production Engineering | Simulation and Modeling | Manufacturing, Machines, Tools | Automation and Robotics | Quality Control, Reliability, Safety and RiskDDC classification: 621.381 Online resources: Click here to access online
Contents:
Modelling of the Manufacturing Processes -- Structures, Graphs and Networks -- Simulation of Manufacturing Processes -- Optimisation of Technological Processes -- Quality Assurance -- Process Cost Optimisation -- Design of Experiments and Regression Analyses -- Reliability of Products and Processes -- Assembly Accuracy Theory.
In: Springer eBooksSummary: In electronics manufacture, the expanding range of products and the smaller-and-smaller scale of increasingly integrated components is producing a trend towards complex and fault-susceptible processes. This fact, coupled with shorter production times and the importance of quality assurance necessitates that process technology be more adaptable and open to new procedures than ever before. Electronics Process Technology is a systemised presentation of new techniques and methods in electronics manufacture. Planning, preparation and execution are interlinked to achieve robust manufacturing processes that realise optimum quality, costs and quantities in the final product. Topics covered include: • modelling of manufacturing processes; • graph-theoretical approach to manufacturing planning; • process simulation and optimisation including cost optimisation; • quality assurance and statistical process analysis and control; • reliability models for electronic products and • assembly accuracy. The authors co-ordinate these disparate subjects into a coherent whole that will be of great interest both to manufacturing engineers working in electronics production and to academics studying the manufacturing process. The book will also be a valuable reference for students of electronics manufacturing technology.
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Modelling of the Manufacturing Processes -- Structures, Graphs and Networks -- Simulation of Manufacturing Processes -- Optimisation of Technological Processes -- Quality Assurance -- Process Cost Optimisation -- Design of Experiments and Regression Analyses -- Reliability of Products and Processes -- Assembly Accuracy Theory.

In electronics manufacture, the expanding range of products and the smaller-and-smaller scale of increasingly integrated components is producing a trend towards complex and fault-susceptible processes. This fact, coupled with shorter production times and the importance of quality assurance necessitates that process technology be more adaptable and open to new procedures than ever before. Electronics Process Technology is a systemised presentation of new techniques and methods in electronics manufacture. Planning, preparation and execution are interlinked to achieve robust manufacturing processes that realise optimum quality, costs and quantities in the final product. Topics covered include: • modelling of manufacturing processes; • graph-theoretical approach to manufacturing planning; • process simulation and optimisation including cost optimisation; • quality assurance and statistical process analysis and control; • reliability models for electronic products and • assembly accuracy. The authors co-ordinate these disparate subjects into a coherent whole that will be of great interest both to manufacturing engineers working in electronics production and to academics studying the manufacturing process. The book will also be a valuable reference for students of electronics manufacturing technology.

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