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This book provides case studies and state-of-the-art research findings for cutting-edge technologies relevant to transportation infrastructure projects, with emphasis on safe, smart, and resilient road and mobility networks. The market share of the global infrastructure projects is estimated at $3.4 trillion, the socioeconomic rate of return is around 20%, and significant progress has been made in the last decade in maintenance of existing projects and to improve future construction projects for the well-being of the society. Different book chapters focus on emerging challenges including readying road infrastructure to autonomous vehicles, safety of road users, increased efficiency and sustainability of infrastructure projects, and advances in construction materials and technologies of highways, tunnels, and bridges. State-of-the-art research includes the current and future applications of unmanned aerial vehicles (UAV), intelligent transportation systems (ITS), artificial intelligence (AI), Internet of things (IoT), big data, smart materials, and additive manufacturing (AM). This book is intended for transportation professionals, policy makers, researchers, practicing engineers, researchers, graduate students, and public and private sector transportation personnel
Dr. Amin Akhnoukh earned his B.S. in Civil Engineering from Cairo University, Cairo, Egypt (1997), M.S. in Civil Engineering from Kansas State University, Kansas, USA (2005), and Doctorate in Construction Engineering from the University of Nebraska-Lincoln, Nebraska, USA (2009). Currently, Dr. Akhnoukh is an associate professor in the Construction Management Department, East Carolina University, North Carolina, USA.
Dr. Akhnoukh research interests include bridge management systems, infrastructure improvement by using advanced technologies as remote sensing, Internet of things, high performance materials, and 3D printing of concrete. Dr. Akhnoukh has published more than 65 refereed publications including book chapters, proceedings books, research reports, journal articles, and conference proceedings.
Kamil Kaloush is a FORTA professor of Pavement Engineering in the School of Sustainable Engineering and the Built Environment, affiliate faculty in the School of Sustainability, and co-founder of the National Center of Excellence on SMART Innovations. He is a registered professional engineer and has over 35 years of industrial and academic experience. He received his Ph.D. degree from Arizona State University and M.S. and B.S. degrees from the Ohio State University. His areas of expertise include pavement materials design, thermal properties, advanced laboratory testing, field performance evaluation, and pavement management systems.
Dr. Souliman, P.E. is the Ronald D. Brazzel Endowed professor of Civil Engineering at the University of Texas at Tyler. He received his M.S. and Ph.D. from Arizona State University in Civil, Environmental, and Sustainable Engineering focusing on Pavement Engineering. His research interests are focused on pavement materials design, fatigue endurance limit, advanced pavement laboratory characterization, field performance evaluation, maintenance and rehabilitation techniques, pavement management systems, cement treated bases, statistical analyses, modeling, and computer applications in civil engineering.
A. Asset Management.- 1. Establishing of the conditions for estimating the IRI in urban roads using a mobile application.- 2. Saw-cut joints as a countermeasure for low temperature cracks at asphalt pavement.- 3. Sustainable HMA pavement construction using innovative materials and designs for long lasting assets in the SEA region.- 4. Data linkage of road surface condition survey and daily inspection accelerated pavement management of expressway.- 5. The Caribbean Response to disaster: insight on the role of transportation.- 6. Ex-post evaluation of the effects of simple repair (inspector's first aid works at inspection site) with a deterioration prediction model considering the sample dropping bias.- 7. Evaluation of the amount of deflection recovery by stratified repair using a hidden Markov deterioration mode.- B. Innovative Materials and Technologies.- 8. Advantages of geopolymer concrete in infrastructure applications.- 9. The future of ultra-high-performance concrete in infrastructure projects in the United States.- 10. A study on the static and dynamic performance evaluation of BH girder through full scale experiments.- 11. Asphalt mixture using the semi-wet method of reacted and activated rubber from recycled tires.- 12. Impact of micro-sized supplementary cementitious materials on concrete properties.- 13. Sensor integration in asphalt for data-based degradation monitoring.- 14. Analysis of the behavior of asphalts with and without an optical measurement system in cyclic indirect tensile tests (CITT).- C. ITS and Smart Mobility Technologies.- 15. Impact of adaptive traffic management system on carbon emissions: Istanbul case.- 16. How roads change when introducing green slow mobility without drivers.- D. Road Safety - Towards Zero Deaths.- 17. Gaze behavior of a scooter riders in an urban environment.- 18. Implementing "vision zero" by evaluating theeffect of technology in road safety education to improve drivers' behavior.- 19. Philippine's leadership on road safety renewal while motivating the East Asia Pacific Region.- 20. Mobile electronic detection system.
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