Condition Monitoring and Structural Health Monitoring of Infrastructure Systems presents important developments in this field whilst focusing on specific areas such as bridges, buildings, industrial facilities, dams and hydraulic structures, pipelines, and power generation/transmission systems, to provide the reader with a focused insight into CM/SHM in these areas. The book provides both details of the technologies and applications with a focus on infrastructure components and systems. Given its specific focus on areas of infrastructure it will help researchers, designers, and practitioners in assessing the current state-of-the-art and in the identification of problems/challenges as well as to provide a focus of the “how to” so that they can get ahead in their research/application. It will assist the researcher, practitioner, and engineer in solving the issues of assessment and design which are critically needed as well as those of diagnosis and prognosis of the condition of a structure/system moving away from the inefficient time-based inspection system to a more efficient condition-based one. Written for a wide variety of audience, this book will cover different technologies, sensors, and analysis methods with a view towards application to ensure that the reader gets an integrated overview and in-depth knowledge of the subject.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. Preface - p. xix 8. Part I. Condition monitoring - p. P1 9. 1. Condition monitoring and structural health monitoring—a means to optimal operations and design of civil infrastructure systems - p. 3 10. 2. Case studies in condition monitoring of bridges - p. 19 11. 3. Proactive rehabilitation of roadside slopes: A resource-constrained framework integrating condition assessment under multihazard scenarios - p. 41 12. 4. Structural health monitoring: Emerging technologies and data analytics - p. 61 13. Part II. Application to bridge structures and systems - p. P2 14. 5. CM/SHM of historic masonry arch bridges - p. 109 15. 6. Structural health monitoring of wind-induced vibration of bridges - p. 135 16. 7. Condition assessment and monitoring of concrete bridge decks by nondestructive evaluation technologies - p. 173 17. 8. Structural health monitoring: Advancing bridge safety of complex structures - p. 231 18. 9. Optical fiber sensors in bridge structural health monitoring - p. 253 19. Part III. Application to buildings and facilities - p. P3 20. 10. Advanced SHM technologies for noncontact sensing - p. 281 21. 11. SHM of advanced sports facilities - p. 313 22. 12. SHM of historic buildings - p. 349 23. 13. Post-seismic structural health monitoring of buildings - p. 387 24. 14. SHM for detecting bolt looseness in steel building structures - p. 431 25. Part IV. Application to dams and hydraulic structures - p. P4 26. 15. SHM of dams through UAV photogrammetry - p. 451 27. 16. Uncrewed aerial vehicle (UAV)-based structural health monitoring for asset management of hydraulic structures - p. 489 28. Part V. Application to pipelines - p. P5 29. 17. Condition monitoring of pipelines - p. 511 30. 18. Condition monitoring of pipeline systems - p. 533 31. 19. Condition monitoring of water pipeline infrastructure - p. 563 32. Part VI. Application to utilities - p. P6 33. 20. SHM of utility poles - p. 577 34. 21. Structural health monitoring of wind turbines: Vibration- and image-based techniques - p. 605 35. 22. Wind turbine inspection and monitoring on an operational wind farm in Ireland - p. 657 36. Part VII. Application to waterways and navigation infrastructure - p. P7 37. 23. The use of digital twin architectures in structural health monitoring and management of the inland waterways navigation civil infrastructure - p. 675 38. 24. Structural health monitoring of navigation infrastructure - p. 719 39. Part VIII. Future outlook - p. P8 40. 25. Real-time visualization framework for structural condition assessment via multichannel Internet-of-Things sensing - p. 741 41. 26. Digital twin systems and SHM - p. 767 42. 27. Future trends in the use of intelligent robotic systems for condition monitoring - p. 803 43. 28. Satellite-based health monitoring of transportation infrastructure - p. 827 44. Index - p. 849
Condition Monitoring and Structural Health Monitoring of Infrastructure Systems presents important developments in this field whilst focusing on specific areas such as bridges, buildings, industrial facilities, dams and hydraulic structures, pipelines, and power generation/transmission systems, to provide the reader with a focused insight into CM/SHM in these areas. The book provides both details of the technologies and applications with a focus on infrastructure components and systems. Given its specific focus on areas of infrastructure it will help researchers, designers, and practitioners in assessing the current state-of-the-art and in the identification of problems/challenges as well as to provide a focus of the “how to” so that they can get ahead in their research/application. It will assist the researcher, practitioner, and engineer in solving the issues of assessment and design which are critically needed as well as those of diagnosis and prognosis of the condition of a structure/system moving away from the inefficient time-based inspection system to a more efficient condition-based one. Written for a wide variety of audience, this book will cover different technologies, sensors, and analysis methods with a view towards application to ensure that the reader gets an integrated overview and in-depth knowledge of the subject.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. Preface - p. xix 8. Part I. Condition monitoring - p. P1 9. 1. Condition monitoring and structural health monitoring—a means to optimal operations and design of civil infrastructure systems - p. 3 10. 2. Case studies in condition monitoring of bridges - p. 19 11. 3. Proactive rehabilitation of roadside slopes: A resource-constrained framework integrating condition assessment under multihazard scenarios - p. 41 12. 4. Structural health monitoring: Emerging technologies and data analytics - p. 61 13. Part II. Application to bridge structures and systems - p. P2 14. 5. CM/SHM of historic masonry arch bridges - p. 109 15. 6. Structural health monitoring of wind-induced vibration of bridges - p. 135 16. 7. Condition assessment and monitoring of concrete bridge decks by nondestructive evaluation technologies - p. 173 17. 8. Structural health monitoring: Advancing bridge safety of complex structures - p. 231 18. 9. Optical fiber sensors in bridge structural health monitoring - p. 253 19. Part III. Application to buildings and facilities - p. P3 20. 10. Advanced SHM technologies for noncontact sensing - p. 281 21. 11. SHM of advanced sports facilities - p. 313 22. 12. SHM of historic buildings - p. 349 23. 13. Post-seismic structural health monitoring of buildings - p. 387 24. 14. SHM for detecting bolt looseness in steel building structures - p. 431 25. Part IV. Application to dams and hydraulic structures - p. P4 26. 15. SHM of dams through UAV photogrammetry - p. 451 27. 16. Uncrewed aerial vehicle (UAV)-based structural health monitoring for asset management of hydraulic structures - p. 489 28. Part V. Application to pipelines - p. P5 29. 17. Condition monitoring of pipelines - p. 511 30. 18. Condition monitoring of pipeline systems - p. 533 31. 19. Condition monitoring of water pipeline infrastructure - p. 563 32. Part VI. Application to utilities - p. P6 33. 20. SHM of utility poles - p. 577 34. 21. Structural health monitoring of wind turbines: Vibration- and image-based techniques - p. 605 35. 22. Wind turbine inspection and monitoring on an operational wind farm in Ireland - p. 657 36. Part VII. Application to waterways and navigation infrastructure - p. P7 37. 23. The use of digital twin architectures in structural health monitoring and management of the inland waterways navigation civil infrastructure - p. 675 38. 24. Structural health monitoring of navigation infrastructure - p. 719 39. Part VIII. Future outlook - p. P8 40. 25. Real-time visualization framework for structural condition assessment via multichannel Internet-of-Things sensing - p. 741 41. 26. Digital twin systems and SHM - p. 767 42. 27. Future trends in the use of intelligent robotic systems for condition monitoring - p. 803 43. 28. Satellite-based health monitoring of transportation infrastructure - p. 827 44. Index - p. 849
