Advanced Maintenance Modelling for Asset Management
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portes grátis
Advanced Maintenance Modelling for Asset Management
Techniques and Methods for Complex Industrial Systems
Gonzalez-Prida Diaz, Vicente; Crespo Marquez, Adolfo; Gomez Fernandez, Juan Francisco
Springer International Publishing AG
05/2018
467
Mole
Inglês
9783319863092
15 a 20 dias
7372
Descrição não disponível.
Part I: Introduction.- Chapter 1: Asset Management in the Context of the Industry 4.0.- Part II: A Changing Asset Management Framework.- Chapter 2: A Maintenance Management Framework Based on PAS 55.- Chapter 3: The Integration of Open Reliability, Maintenance and Condition Monitoring Management Systems.- Chapter 4: Prognostics and Health Management in Advanced Maintenance Systems.- Chapter 5: A Framework for Effective Management of CBM Programs.- Part III: Pursuing High Management Effectiveness in a Dynamic Environment.- Chapter 6: Criticality Analysis for Maintenance Purposes.- Chapter 7: AHP Method Adapted to a Changing Environment.- Chapter 8: Reliability Stochastic Modeling for Repairable Physical Assets. Case Study Applied to the Chilean Mining.- Chapter 9: Economic Impact of a Failure Using Life Cycle Cost Analysis.- Part IV: Advanced Methods and Techniques to Improve Management Efficiency.- Chapter 10: On-line Reliability and Risk to Schedule the Preventive Maintenance in Network Utilities.- Chapter 11: Customer-oriented Risk Assessment in Network Utilities.- Chapter 12: Analysis of Dynamic Reliability Surveillance.-Part V: The Need for Innovation in Assessment and Control.- Chapter 13: A Quantitative Graphical Analysis to Support Maintenance.- Chapter 14: Case Study of Graphical Analysis for Maintenance Management.- Chapter 15: A Graphical Method to Support Operation Performance Assessment.- Chapter 16: A Practical Method for the Maintainability Assessment.- Part VI: Continuous Improvement Through Emergent Process and Technologies.-Chapter 17: Value-driven Engineering of E-Maintenance Platforms.- Chapter 18: Assistance to Dynamic Maintenance Tasks by Ann Based Models.- Chapter 19: Availability Model Under Overcapacity and Load Sharing Restrictions.- Chapter 20: Influence of the Input Load on the Reliability of the Grinding Line.- Part VII: Results and Conclusions.- Chapter 21: Summary of Result and Conclusions.
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Maintenance Systems;Industry 4.0;Dependability;Reference Framework;Continuous Improvement;Maintenance Management;Engineering Economics;quality control, reliability, safety and risk
Part I: Introduction.- Chapter 1: Asset Management in the Context of the Industry 4.0.- Part II: A Changing Asset Management Framework.- Chapter 2: A Maintenance Management Framework Based on PAS 55.- Chapter 3: The Integration of Open Reliability, Maintenance and Condition Monitoring Management Systems.- Chapter 4: Prognostics and Health Management in Advanced Maintenance Systems.- Chapter 5: A Framework for Effective Management of CBM Programs.- Part III: Pursuing High Management Effectiveness in a Dynamic Environment.- Chapter 6: Criticality Analysis for Maintenance Purposes.- Chapter 7: AHP Method Adapted to a Changing Environment.- Chapter 8: Reliability Stochastic Modeling for Repairable Physical Assets. Case Study Applied to the Chilean Mining.- Chapter 9: Economic Impact of a Failure Using Life Cycle Cost Analysis.- Part IV: Advanced Methods and Techniques to Improve Management Efficiency.- Chapter 10: On-line Reliability and Risk to Schedule the Preventive Maintenance in Network Utilities.- Chapter 11: Customer-oriented Risk Assessment in Network Utilities.- Chapter 12: Analysis of Dynamic Reliability Surveillance.-Part V: The Need for Innovation in Assessment and Control.- Chapter 13: A Quantitative Graphical Analysis to Support Maintenance.- Chapter 14: Case Study of Graphical Analysis for Maintenance Management.- Chapter 15: A Graphical Method to Support Operation Performance Assessment.- Chapter 16: A Practical Method for the Maintainability Assessment.- Part VI: Continuous Improvement Through Emergent Process and Technologies.-Chapter 17: Value-driven Engineering of E-Maintenance Platforms.- Chapter 18: Assistance to Dynamic Maintenance Tasks by Ann Based Models.- Chapter 19: Availability Model Under Overcapacity and Load Sharing Restrictions.- Chapter 20: Influence of the Input Load on the Reliability of the Grinding Line.- Part VII: Results and Conclusions.- Chapter 21: Summary of Result and Conclusions.
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