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Full Description
The book describes techniques, tools and models about Engineering Maintenance and Life Cycle Models, aimed at the efficient managing of assets. It presents new asset management models, namely a Holistic Diagnostic Model (HDM) and an Integrated Asset Management Support Model (IAMSM), including quantitative decision support tools for life cycle management of physical assets. It presents an overview of the Life Cycle models for replacement through a global model, with emphasis on availability and maintenance costs.
Features:
• Covers important aspects on Physical Asset Management (PAM) and offers a very developed perspective on the economic aspects.
• Presents the relationships among some maintenance Key Performance Indicators (KPI) specifically the MTTR, MTBF, Availability, and the Reserve equipment.
• Analyses models to calculate the influence of relevant variables on the withdrawal time and in the reserve size of the critical assets.
• Introduces new diagnostic models and econometric decision support models.
• Includes new models for diagnosing organizations including pertinent case studies.
This book is aimed at researchers, professionals and graduate students in Physical Asset Management, Maintenance Management, and Industrial Engineering.
Contents
Part I - Econometric Models. Chapter 1. Life Cycle Cost of Physical Assets. 1.1. Introduction.
1.2. Life Cycle models. 1.3. Economic Life Cycle. 1.4. Performance Indicators. 1.5. Investment Analysis Methods. 1.6. New Economic Replacement Models. 1.7. Reserve Set. 1.8. Life Cycle considering incomes. 1.9. Simulation of methods application. References. Chapter 2. Life Cycle Investment of Physical Assets. 2.1. Introduction. 2.2. The model of a holistic approach of the Physical Assets Life Cycle. 2.3. Life Cycle Investment considering Maintenance and Non-Production. 2.4. Case Study Simulation. 2.5. Conclusions. References. Chapter 3. Life Cycle of Physical Assets with Recovery. 3.1. Introduction. 3.2. Methodology. 3.3. Basic concepts to support math models. 3.4. Behaviour of the Physical Asset value along time. 3.5. Production economic movements. 3.6. Functioning economic movements. 3.7. Global movements analysis. 3.8. Return On Investment. 3.9. Models validation and discussion. 3.10. Conclusions. Part II - Maintenance Methodologies. Chapter 4. Maintenance Types and Strategies. 4.1. Introduction. 4.2. Predetermined Maintenance. 4.3. Corrective Maintenance. 4.4. Enterprise Asset Management Systems. 4.5. Maintenance Performance. References. Chapter 5. Maintenance Algorithms. 5.1. Introduction. 5.2. Stochastic Algorithms. 5.3 Artificial Intelligence algorithms. References. PART III - Standards. Chapter 6. Maintenance Standards. 6.1. Introduction. 6.2. Characterization of Maintenance Standard NP 4492. 6.3. Diagnosis of the Maintenance State. 6.4. Diagnosis to implement the standard NP 4492. 6.5. Economical implications of implementing Maintenance Standards. Chapter 7. Norms of Physical Assets Management. 7.1. Introduction. 7.2. Main requisites of Physical Assets Norms. 7.3. Diagnosis to Implement Physical Assets Norms. 7.4. Quantitative Evaluation to Implement Physical Assets Norms. Chapter 8. Risk Norms. 8.1. Introduction. 8.2. Characterization of Risk Norms. 8.3. Diagnosis to Implement Risk Norms. 8.4. Quantitative Evaluation about the Implementation of Risk Norms. References. Chapter 9. Energy Norms. 9.1. Introduction. 9.2. Characterization of Energy Norms. 9.3. Diagnosis to Implement Energy Norms. 9.4. Quantitative Evaluation about the Implementation of Energy Norms. Chapter 10. Environmental Norms. 10.1. Introduction. 10.2. Characterization of Environmental Norms. 10.3. Diagnosis to Implement Environmental Norms. 10.4. Quantitative Evaluation about the Implementation of Environmental Norms. References.
