Climate change can have immense effects on the performance and wellbeing of civil infrastructures, and this book examines how climate change can affect civil infrastructure, how different types of infrastructure are affected, and how stakeholders can prepare for and counter such changes and approach decision making in an optimal manner.
The design, analysis, maintenance, operations, economics, and life cycle of civil infrastructure is very dependent upon climatic effects. Climate change can have immense effects on the performance and well-being of civil infrastructures, and this book examines how climate change can directly affect civil infrastructure, how different types of infrastructure are affected, and more importantly, how stakeholders can prepare for and counter such changes and approach decision-making in an optimal manner. It includes numerous case studies and examples that help illustrate the different points and methodologies presented.
- Presents a comprehensive road map on how to plan for and address climate change effects on civil infrastructure.
- Includes case studies and examples that help illustrate the different points and methodologies presented.
- Presents numerous theoretical and analytical tools to establish potential impacts.
- Examines the changes in demands, increased vulnerabilities (or capacity decrease), consequences, and potential links between all of those factors.
Chapter 1 Introduction
Chapter 2 An Analogy for CC-Related Efforts
Chapter 3 CC Axioms
Chapter 4 Probabilistic Graph Networks (PGNs)
Chapter 5 Bayesian Networks (BNs)
Chapter 6 Markov Networks (MNs)
Chapter 7 Mixed Probabilistic Graph Networks (MPGNs)
Chapter 8 Dynamic PGN (DPGN): Propagation of Beliefs through Time
Chapter 9 Game Theory (GT) for a Changing Climate
Chapter 10 Simultaneous (Static) Games with Complete Information (SGCI)
Chapter 11 Dynamic (or Sequential) Games with Complete Information (DGCI)
Chapter 12 Simultaneous (Static) Games with Incomplete Information (SGII)
Chapter 13 Dynamic (Sequential) Games with Incomplete Information (DGII)
Mohammed M. Ettouney, PhD, PE, MBA, F AEI, Dist M ASCE, received an honors award from the National Institute of Building Sciences (2015) for developing an advanced materials database, owners performance methods, and codeveloping school safety procedures. His developments of risk and resilience processes for projects related to the U.S. Department of Homeland Security earned him the Anachin Innovation Award (2013). He is a distinguished member in the American Society of Civil Engineers (ASCE) since 2011. Dr. Ettouney is a consulting engineer. He received his Doctor of Science in structural mechanics from the Massachusetts Institute of Technology, Cambridge, Massachusetts, in 1976. Since then, his interest in the field, both as a practitioner and a researcher, has been in multihazards safety of structures, progressive collapse of buildings, uncertainties in structural stability, blast mitigation of numerous buildings around the world, underwater acoustics, seismic analysis and design, structural health monitoring, risk and resilience management of civil infrastructures, and innovative concepts such as the probabilistic boundary element method, scale-independent elements, and framework for evaluation of lunar-based structural concepts. Dr. Ettouney has authored or coauthored more than 400 publications and reports and contributed to and authored several books. He introduced several new practical and theoretical methods in the fields of earthquake engineering, acoustics, structural health monitoring, progressive collapse, blast engineering, and underwater vibrations. He coinvented the seismic blast slotted connection. More recently, he introduced the economic theory of inspection and general and special theories of instrumentation, coined the concept of resilience management, and contributed to numerous principles and techniques in the field of infrastructure healthall pioneering efforts that can help in developing durable infrastructures at reasonable costs.
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