Public Infrastructure Asset Management, Second Edition

Foreword <br/> Preface to the Second Edition <br/> Preface to the First Edition <br/> Part 1 The Challenge of Managing Infrastructure <br/> 1 The Big Picture <br/> 1.1 Infrastructure and Society <br/> 1.2 Infrastructure Definition <br/> 1.3 Historical Overview of Infrastructure Development <br/> 1.4 Infrastructure Assets <br/> 1.5 Life-Cycle Analysis in Planning and Design <br/> 1.6 Magnitude of Infrastructure “Crisis” <br/> 1.7 Maintenance, Preservation, and Innovation Challenges <br/> 1.8 Infrastructure Asset Management—An Integrated Approach <br/> 1.9 References <br/> 2 Framework for Infrastructure Asset Management <br/> 2.1 Background <br/> 2.2 Key Issues for Infrastructure Asset Management <br/> 2.3 Application of Systems Methodology <br/> 2.4 Development of an Infrastructure Asset Management System <br/> 2.5 Life-Cycle Analysis Concept <br/> 2.6 References <br/> 3 Planning, Needs Assessment, and Performance Indicators <br/> 3.1 Infrastructure Planning <br/> 3.2 Examples of Planning Studies <br/> 3.3 Life-Cycle Management <br/> 3.4 Infrastructure Service Life <br/> 3.5 Infrastructure Needs Assessment <br/> 3.6 Infrastructure Performance <br/> 3.7 References <br/> Part 2 Information Management and Decision Support Systems <br/> 4 Database Management, Data Needs, Analysis <br/> 4.1 Overview of Information Management <br/> 4.2 Database Development and Management <br/> 4.3 Data Needs <br/> 4.4 Analysis and Modeling Techniques <br/> 4.5 Database Security <br/> 4.6 Data-Quality Control and Quality-Assurance Issues <br/> 4.7 References <br/> 5 Inventory, Historical, and Environmental Data <br/> 5.1 Infrastructure Asset Management Data Needs <br/> 5.2 Network Partitioning and Inventory Data <br/> 5.3 Technologies for Inventory and Historic Data Collection <br/> 5.4 Inventory Data Collection and Processing <br/> 5.5 Institutional Issues <br/> 5.6 Examples of Inventory-Data Systems for Transportation Assets <br/> 5.7 Example of Transportation-Safety Assets <br/> 5.8 Example of Inventory Data for Buildings <br/> 5.9 References <br/> 6 In-Service Monitoring and Evaluation Data <br/> 6.1 In-Service Evaluation Data Needs <br/> 6.2 In-Service Evaluation of Physical Assets <br/> 6.3 Technologies for In-Service Monitoring and Evaluation <br/> 6.4 Inspection, Photographic, and Optical Evaluation <br/> 6.5 Nondestructive and Noncontact Structural Evaluation <br/> 6.6 Combined Evaluation Data <br/> 6.7 Institutional Issues <br/> 6.8 References <br/> 7 Uses of Monitoring Data and Examples of In-Service Evaluation <br/> 7.1 In-Service Evaluation of Road and Airport Pavements <br/> 7.2 In-Service Evaluation of Railroad Tracks <br/> 7.3 In-Service Evaluation of Underground Utilities <br/> 7.4 Evaluation of Bridges <br/> 7.5 Evaluation of Water Pipelines <br/> 7.6 Evaluation of Gas Pipelines <br/> 7.7 Evaluation of Buildings <br/> 7.8 Landuse Evaluation for Heat-Island Effects and Flood Risk Assessment <br/> 7.9 References <br/> 8 Performance Modeling and Failure Analysis <br/> 8.1 Performance Evaluation <br/> 8.2 Performance Modeling <br/> 8.3 Failure Analysis <br/> 8.4 Summary <br/> 8.5 References <br/> Part 3 Concepts of Total Quality Management <br/> 9 Design for Infrastructure Service Life <br/> 9.1 Introduction <br/> 9.2 Design Objectives and Constraints <br/> 9.3 Design Framework and Components <br/> 9.4 Design Effectiveness <br/> 9.5 Value-Engineering Applications in Design <br/> 9.6 Summary <br/> 9.7 References <br/> 10 Construction <br/> 10.1 Introduction <br/> 10.2 Construction as Related to Other Phases of Management <br/> 10.3 Constructability <br/> 10.4 Construction Quality Control and Quality Assurance <br/> 10.5 New Technologies in Construction Management <br/> 10.6 Summary <br/> 10.7 References <br/> 11 Maintenance, Rehabilitation, and Reconstruction Strategies, Including Operations <br/> 11.1 Introduction <br/> 11.2 Definitions <br/> 11.3 Maintainability <br/> 11.4 Trade-Offs among Design Objectives in Relation to Maintenance <br/> 11.5 Rehabilitation <br/> 11.6 Reliability-Centered Maintenance <br/> 11.7 Maintenance Management <br/> 11.8 Operations as a Part of Infrastructure Management <br/> 11.9 References <br/> 12 Dealing with New or Alternate Concepts <br/> 12.1 Introduction <br/> 12.2 Examples of New Material Usage <br/> 12.3 Handling Diminishing Resources <br/> 12.4 Considering New Methods and Materials for Infrastructure Use <br/> 12.5 Dealing with Shrinking Natural-Aggregate Sources <br/> 12.6 Energy-Related Issues <br/> 12.7 Summary <br/> 12.8 References <br/> Part 4 Economics, Life-Cycle Analysis, and M,R&amp;R Programming <br/> 13 Maintenance, Rehabilitation, and Reconstruction Policies and Treatment Alternatives <br/> 13.1 Introduction <br/> 13.2 Maintenance Management Systems <br/> 13.3 Private Contracts for Maintenance <br/> 13.4 Identifying M,R&amp;R Alternative Treatment Policies <br/> 13.5 Example M,R&amp;R Treatment Alternatives for Roads <br/> 13.6 Example M,R&amp;R Alternatives for Water Mains <br/> 13.7 Example M,R&amp;R Alternatives for Sewer Mains <br/> 13.8 Example M,R&amp;R Alternatives for Buildings <br/> 13.9 Evaluating the Effectiveness of M,R&amp;R Alternatives <br/> 13.10 Collection and Reporting of M,R&amp;R Data <br/> 13.11 Recognizing Environmental Stewardship and Sustainability <br/> 13.12 Summary <br/> 13.13 References <br/> 14 Life-Cycle Cost and Benefit Analysis <br/> 14.1 Introduction <br/> 14.2 Basic Principles <br/> 14.3 Cost and Benefit Factors <br/> 14.4 Analysis or Life-Cycle Period <br/> 14.5 Discount Rate, Interest Rate, and Inflation <br/> 14.6 Salvage or Residual Value <br/> 14.7 Methods of Economic Analysis <br/> 14.8 Selecting an Appropriate Economic Analysis Method <br/> 14.9 Effect of Discount Rate <br/> 14.10 Application to Transportation and Built Infrastructure <br/> 14.11 Application to Water and Sewer Mains <br/> 14.12 Application to Buildings and Land-Use Changes <br/> 14.13 Summary <br/> 14.14 References <br/> 15 Prioritization, Optimization, and Work Programs <br/> 15.1 Introduction <br/> 15.2 Framework for Prioritization: From Simple Ranking to Multifactor Optimization <br/> 15.3 Priority Analysis Methods <br/> 15.4 Budgeting and Financial Planning Issues <br/> 15.5 Budget Allocation Issues <br/> 15.6 Financing Models <br/> 15.7 Work Programs <br/> 15.8 Institutional Issues <br/> 15.9 References <br/> Part 5 IAMS Development and Implementation, Examples <br/> 16 Concept of Integrated Infrastructure Asset Management Systems <br/> 16.1 Background <br/> 16.2 Framework of Integrated Systems <br/> 16.3 Common Aspects of Management Systems <br/> 16.4 Common Aspects of PMS and BMS <br/> 16.5 State-Level Management Systems <br/> 16.6 Municipal Infrastructure Asset Management Systems <br/> 16.7 Unitized Facilities Management Systems <br/> 16.8 Implementation and Institutional Issues <br/> 16.9 Outline of a Comprehensive IIAMS <br/> 16.10 Smaller Agency Case Studies <br/> 16.11 Summary <br/> 16.12 References <br/> 17 Visual IMS: An Illustrative Infrastructure Management System and Applications <br/> 17.1 Introduction <br/> 17.2 General Description of Visual IMS <br/> 17.3 Analytical Operation of Visual IMS <br/> 17.4 Visualizing/Mapping Operation of Visual IMS <br/> 17.5 Hardware, Operating System, and Memory <br/> 17.6 User Training <br/> 17.7 Application of Working Infrastructure Management Systems <br/> 17.8 References <br/> 18 Available Asset Management System and Commercial Off-the-Shelf Providers <br/> 18.1 Introduction <br/> 18.2 Review of COTS Asset Management Software <br/> 18.3 References <br/> 19 Benefits of Implementing an AMS <br/> 19.1 Introduction <br/> 19.2 Sources of Concern on Asset Management <br/> 19.3 Costs Related to AMS <br/> 19.4 Benefits Associated with AMS <br/> 19.5 Evaluation Methodologies <br/> 19.6 Summary <br/> 19.7 References <br/> 20 Sustainability, Environmental Stewardship, and Asset Management <br/> 20.1 Introduction <br/> 20.2 Sustainability Related to Climate Change Adaptations <br/> 20.3 Environmental Stewardship <br/> 20.4 Incorporating Sustainability and Environmental Concerns into Asset Management <br/> 20.5 Summary <br/> 20.6 References <br/> 21 Future Directions for Infrastructure Asset Management <br/> 21.1 Introduction <br/> 21.2 Advances in Technology to Assist the AMS Process <br/> 21.3 Improvements in AMS Resulting from Its Continued Use <br/> 21.4 Advances Made Possible by the Broader Use of AMS <br/> 21.5 Better Education, Implementation, and Adaptation of AMS <br/> 21.6 Improvement in Technologies <br/> 21.7 Summary <br/> Acronyms <br/> Index