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High Speed Rail Planning, Policy and Engineering looks at the question of where a high-speed passenger rail line would be most productive and how it could be profitable. It investigates the political issues confronting high-speed rail funding and location. This first volume looks at recent achievements in high-speed rail, including record high speeds for trains operating with steel wheels on steel rail. It also covers the history of high-speed rail operations, particularly in the United States. The book examines possible existing routes for development of high-speed rail systems, how right-of-way and terminals might be configured, and the possibilities of track structure. This volume also reviews operating parameters, including the relationship between cost and speed, the issue of security in all aspects as relates to high-speed rail, and different types of high-speed rail systems are evaluated, including true purpose-built high-speed systems, hybrid systems, and what are called blended systems.
High-Speed Rail Planning, Policy, and Engineering: Trends and Advanced Concepts in High-Speed Rail looks at some of the most recent developments in high speed and other ground transportation around the world, and closely examines the Northeast Corridor in the United States, surveying the flaws and potentialities, projecting what could be done with some moderate improvements in its infrastructure. Other possible improvements with more general application are reviewed, and some non-rail transportation alternatives are also examined.
This second volume of High Speed Rail Planning, Policy and Engineering examines one particular potential high-speed rail line in the United States, looking at the possibility of operating high-speed freight trains to help increase revenues to finance the system. The evaluation includes a look at fixed property, track and terminals and patronage. The proposed route is examined in some detail and the best types of trains for the route are also discussed. The author brings attention to existing conditions, potential line improvements, and development of the proposed line, as well as costs for operating and equipment, particularly fuel, motive power, track and structures.
Volume three of High-Speed Rail Planning, Policy, and Engineering-Operations explores the high-speed operations of a hypothetical reconstruction of a former railroad main line between Chicago and New York. The former Pennsylvania Railroad main line between New York and Chicago, via Trenton, Harrisburg, Pittsburgh, Canton, and Fort Wayne, is studied in its existing condition and under various phases of rehabilitation and reconstruction. Operation of high-speed passenger and freight trains under various scenarios of reconstruction of the aforementioned rail line is studied. The possibility of long-distance commuter operations is investigated. Cost analysis, marketing, track maintenance, and equipment maintenance for a proposed high-speed rail system are also discussed.
Over the past decade, China has built 25,000 km of dedicated highspeed railway—more than the rest of the world combined. What can we learn from this remarkable experience? China’s High-Speed Rail Development examines the Chinese experience to draw lessons for countries considering investing in high-speed rail. The report scrutinizes the planning and delivery mechanisms that enabled the rapid construction of the high-speed rail system. It highlights the role of long-term planning, consistent plan execution, and a joint venture structure that ensures active participation of provincial and local governments in project planning and financing. Traffic on China’s high-speed trains has grown to 1.7 billion passengers a year. The study examines the characteristics of the markets for which high-speed rail is competitive in China. It discusses the pricing and service design considerations that go into making high-speed rail services competitive with other modes and factors such as good urban connectivity that make the service attractive to customers. One of the most remarkable aspects of the Chinese experience is the rapid pace of high-quality construction. The report looks at the role of strong capacity development within and cooperation among China Railway Corporation, rail manufacturers, universities, research institutions, laboratories, and engineering centers that allowed for rapid technological advancement and localization of technology. It describes the project delivery structures and incentives for delivering quality and timely results. Finally, the report analyzes the financial and economic sustainability of the investment in high-speed rail. It finds that a developing country can price high-speed rail services affordably and still achieve financial viability, but this requires very high passenger density. Economic viability similarly depends on high passenger density.
High speed rail (HSR) is being touted as a strategic investment for connecting people across regions, while also fostering prosperity and smart urban growth. However, as its popularity increases, its implementation has become contentious with various parties contesting the validity of socioeconomic and environmental objectives put forward as justification for investment. High Speed Rail and Sustainability explores the environmental, economic and social effects of developing a HSR system, presenting new evaluations of the proposed system in California in the US as well as lessons from international experience. Drawing upon the accumulated experience from past HSR system development around the world, leading experts present a diverse set of perspectives as well as diverse contexts of implementation. Assessments of the California case as well as cases from Japan, France, Germany, Italy, Spain, Taiwan, China, and the UK show how governments and stakeholders have bridged the gap between the vision and the realities of connecting metropolitan regions through HSR. This is a valuable resource for academics, researchers and policy-makers in the areas of urban planning, civil engineering, transportation and environmental design.
This book introduces transportation engineering students and junior engineers to the concept of transportation network modeling, network coding, model calibration and validation, and model evaluation. Transportation scientists employ modeling and simulation techniques to capture the complexities of transportation systems and develop and assess solutions to alleviate existing and future transportation-related problems. This book introduces transportation engineering students and junior engineers to the concept of transportation network modeling, network coding, model calibration and validation, and model evaluation. Travel demand models are sensitive to demographic changes and can explain and forecast how a new transportation supply system leads to a new transportation demand pattern. This book also describes how demand models evolved from trip-based to the newer generation of activity-based and agent-based to overcome some of the shortcomings of the four-step approach and improve models’ prediction power.
This book examines the problem of interoperability related to operating rules and gives an overview of the formal method approaches related to this subject. The book examines the interoperability issues concerning implementation of European Rail Traffic Management System (ERTMS) while crossing a boarder. It also looks at the implementing of the ERTMS and provides solutions regarding operating rules for ERTMS lines, using formal methods and simulation tools. The contributors will also discuss operating rule validation and formal methods for safety assessment.
Walking and bicycling are the basic forms of travel. But modern methodologies for predicting future travel patterns, traffic congestion, parking demand, and funding priorities are based on assumptions that are incompatible with walking and bicycling. Transportation professionals face a critical dilemma: either go with the flow by prioritizing car traffic or protect human life even if it means inconveniencing car traffic. This book explores emerging trends, some of which cause vigorous debate because of the fundamental shift in transportation philosophy. It will inspire transportation professionals to challenge the status quo for the sake of the public’s well-being. Communities are eager for experts to embrace strategies that protect human life, and experts are often framed as out-of-touch for being slow to adapt to a community’s needs. There is hope. Transportation professionals have the tools and resources to improve public health and safety, restore the freedom to choose travel modes, and revitalize towns and cities. Their work has a profound impact on everyday American life. Read this book and take action. Be the 21st-century transportation planner known for unfaltering drive to restore life, liberty, and the pursuit of happiness.
High Speed Rail Planning, Policy and Engineering looks at the question of where a high-speed passenger rail line would be most productive and how it could be profitable. It investigates the political issues confronting high-speed rail funding and location. This first volume looks at recent achievements in high-speed rail, including record high speeds for trains operating with steel wheels on steel rail. It also covers the history of high-speed rail operations, particularly in the United States. The book examines possible existing routes for development of high-speed rail systems, how right-of-way and terminals might be configured, and the possibilities of track structure. This volume also reviews operating parameters, including the relationship between cost and speed, the issue of security in all aspects as relates to high-speed rail, and different types of high-speed rail systems are evaluated, including true purpose-built high-speed systems, hybrid systems, and what are called blended systems.