Dr. Sreenivas Alampalli, P.E., MBA, is director of the Structures Evaluation Services Bureau at the New York State Department of Transportation (NYSDOT). His responsibilities include managing structural inspection, inventory, and safety assurance programs. His interests include infrastructure management, innovative materials for infrastructure applications, nondestructive testing, structural health monitoring, and long-term bridge performance. He has authored or co-authored more than 250 publications including two books on infrastructure health in civil engineering. He is the recipient of the Bridge NDT Lifetime Service Award in 2014 from American Society for Nondestructive Testing for outstanding voluntary service to the bridge and highway NDT industry. In 2013, he also received ASCE’s Henry L. Michel Award for Industry Advancement of Research.Mr. William J. Moreau, P.E., served as the chief engineer of the New York State Bridge Authority for over 27 years. Two of the six Hudson River crossings previously under his care were suspension bridges, constructed circa 1924 and 1930. Maintenance and preservation of these world-class suspension bridges became a career objective for Moreau. He participated for many years as a member of the Transportation Research Board Committee and chairman of the Construction Committee for Bridges and Structures. Moreau has also been a member of AASHTO and ASCE throughout his professional career. He is currently semi-retired and continues consulting.

"I would find this a very useful reference in re-visiting the possible modes and considerations in the original choice of suspension bridge construction when considering any significant maintenance on a structure."—Peter G. Hill, General Manager and Bridgemaster, Humber Bridge Board, UK"The title says it all. For anyone with a passion or even just an interest in managing and caring for these icons of bridge engineering, this book is essential reading."— Richard Fish in Bridge Design and Engineering"Truly a unique contribution and is a must-read for bridge engineers and owners involved in any aspect of suspension bridges."— Anil K. Agrawal and Barney T. Martin in J. Bridge Eng"The book's 12 chapters provide an overview of topics such as design and construction, inspection, anchorage enhancements, security risk management, cable dehumidification systems, and the evaluation and corrosion of the main cables. There are also sections on monitoring systems, rehabilitation using supplementary cables, and the maintenance of cable band bolts, cables, suspender ropes, and anchorages. Because most suspension bridge owners and operators are involved with only one or two of these structures, it is difficult for them to acquire experience to detect deterioration, develop mitigation techniques, or implement appropriate restoration in a timely, cost-effective manner. Therefore, this work would be useful to anyone involved with designing, owning, maintaining, or rehabilitating suspension bridges. Summing up: Recommended. Researchers/faculty and professionals/practitioners."—H. I. Epstein, University of Connecticut, Storrs, USA, for CHOICE, March 2016

• Suspension Bridges: An Overview. Design and Construction of Suspension Bridges. Inspection of Suspension Bridges. Evaluation of Suspension Bridge Main Cables. Corrosion of Main Cables in Suspension Bridges. Suspension Bridge Cable and Suspender Rope Maintenance. Maintenance of Suspension Bridges: Cable Dehumidification. Maintenance of Cable Band Bolts in Suspension Bridges. Maintaining Anchorage Enhancements. Maintenance of Suspension Bridge Anchorages. Rehabilitation of Suspension Bridges - Supplemental Cables. Suspension Bridge Security Risk Management.

Dr. Sreenivas Alampalli, P.E., MBA, is director of the Structures Evaluation Services Bureau at the New York State Department of Transportation (NYSDOT). His responsibilities include managing structural inspection, inventory, and safety assurance programs. His interests include infrastructure management, innovative materials for infrastructure applications, nondestructive testing, structural health monitoring, and long-term bridge performance. He has authored or co-authored more than 250 publications including two books on infrastructure health in civil engineering. He is the recipient of the Bridge NDT Lifetime Service Award in 2014 from American Society for Nondestructive Testing for outstanding voluntary service to the bridge and highway NDT industry. In 2013, he also received ASCE’s Henry L. Michel Award for Industry Advancement of Research.Mr. William J. Moreau, P.E., served as the chief engineer of the New York State Bridge Authority for over 27 years. Two of the six Hudson River crossings previously under his care were suspension bridges, constructed circa 1924 and 1930. Maintenance and preservation of these world-class suspension bridges became a career objective for Moreau. He participated for many years as a member of the Transportation Research Board Committee and chairman of the Construction Committee for Bridges and Structures. Moreau has also been a member of AASHTO and ASCE throughout his professional career. He is currently semi-retired and continues consulting.

"I would find this a very useful reference in re-visiting the possible modes and considerations in the original choice of suspension bridge construction when considering any significant maintenance on a structure."—Peter G. Hill, General Manager and Bridgemaster, Humber Bridge Board, UK"The title says it all. For anyone with a passion or even just an interest in managing and caring for these icons of bridge engineering, this book is essential reading."— Richard Fish in Bridge Design and Engineering"Truly a unique contribution and is a must-read for bridge engineers and owners involved in any aspect of suspension bridges."— Anil K. Agrawal and Barney T. Martin in J. Bridge Eng"The book's 12 chapters provide an overview of topics such as design and construction, inspection, anchorage enhancements, security risk management, cable dehumidification systems, and the evaluation and corrosion of the main cables. There are also sections on monitoring systems, rehabilitation using supplementary cables, and the maintenance of cable band bolts, cables, suspender ropes, and anchorages. Because most suspension bridge owners and operators are involved with only one or two of these structures, it is difficult for them to acquire experience to detect deterioration, develop mitigation techniques, or implement appropriate restoration in a timely, cost-effective manner. Therefore, this work would be useful to anyone involved with designing, owning, maintaining, or rehabilitating suspension bridges. Summing up: Recommended. Researchers/faculty and professionals/practitioners."—H. I. Epstein, University of Connecticut, Storrs, USA, for CHOICE, March 2016

• Suspension Bridges: An Overview. Design and Construction of Suspension Bridges. Inspection of Suspension Bridges. Evaluation of Suspension Bridge Main Cables. Corrosion of Main Cables in Suspension Bridges. Suspension Bridge Cable and Suspender Rope Maintenance. Maintenance of Suspension Bridges: Cable Dehumidification. Maintenance of Cable Band Bolts in Suspension Bridges. Maintaining Anchorage Enhancements. Maintenance of Suspension Bridge Anchorages. Rehabilitation of Suspension Bridges - Supplemental Cables. Suspension Bridge Security Risk Management.

Dr. Sreenivas Alampalli, P.E., MBA, is director of the Structures Evaluation Services Bureau at the New York State Department of Transportation (NYSDOT). His responsibilities include managing structural inspection, inventory, and safety assurance programs. His interests include infrastructure management, innovative materials for infrastructure applications, nondestructive testing, structural health monitoring, and long-term bridge performance. He has authored or co-authored more than 250 publications including two books on infrastructure health in civil engineering. He is the recipient of the Bridge NDT Lifetime Service Award in 2014 from American Society for Nondestructive Testing for outstanding voluntary service to the bridge and highway NDT industry. In 2013, he also received ASCE’s Henry L. Michel Award for Industry Advancement of Research.Mr. William J. Moreau, P.E., served as the chief engineer of the New York State Bridge Authority for over 27 years. Two of the six Hudson River crossings previously under his care were suspension bridges, constructed circa 1924 and 1930. Maintenance and preservation of these world-class suspension bridges became a career objective for Moreau. He participated for many years as a member of the Transportation Research Board Committee and chairman of the Construction Committee for Bridges and Structures. Moreau has also been a member of AASHTO and ASCE throughout his professional career. He is currently semi-retired and continues consulting.

"I would find this a very useful reference in re-visiting the possible modes and considerations in the original choice of suspension bridge construction when considering any significant maintenance on a structure."—Peter G. Hill, General Manager and Bridgemaster, Humber Bridge Board, UK"The title says it all. For anyone with a passion or even just an interest in managing and caring for these icons of bridge engineering, this book is essential reading."— Richard Fish in Bridge Design and Engineering"Truly a unique contribution and is a must-read for bridge engineers and owners involved in any aspect of suspension bridges."— Anil K. Agrawal and Barney T. Martin in J. Bridge Eng"The book's 12 chapters provide an overview of topics such as design and construction, inspection, anchorage enhancements, security risk management, cable dehumidification systems, and the evaluation and corrosion of the main cables. There are also sections on monitoring systems, rehabilitation using supplementary cables, and the maintenance of cable band bolts, cables, suspender ropes, and anchorages. Because most suspension bridge owners and operators are involved with only one or two of these structures, it is difficult for them to acquire experience to detect deterioration, develop mitigation techniques, or implement appropriate restoration in a timely, cost-effective manner. Therefore, this work would be useful to anyone involved with designing, owning, maintaining, or rehabilitating suspension bridges. Summing up: Recommended. Researchers/faculty and professionals/practitioners."—H. I. Epstein, University of Connecticut, Storrs, USA, for CHOICE, March 2016

• Suspension Bridges: An Overview. Design and Construction of Suspension Bridges. Inspection of Suspension Bridges. Evaluation of Suspension Bridge Main Cables. Corrosion of Main Cables in Suspension Bridges. Suspension Bridge Cable and Suspender Rope Maintenance. Maintenance of Suspension Bridges: Cable Dehumidification. Maintenance of Cable Band Bolts in Suspension Bridges. Maintaining Anchorage Enhancements. Maintenance of Suspension Bridge Anchorages. Rehabilitation of Suspension Bridges - Supplemental Cables. Suspension Bridge Security Risk Management.