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Container transportation is the predominant mode of inter-continental cargo traffic. Since container ships and port terminals involve a huge capital investment and significant daily operating costs, it is of crucial importance to efficiently utilize the internal resources of container terminals and transportation systems. Today there is an ongoing trend to use automated container handling and transportation technology, in particular, in countries with high labour costs. This in turn requires highly sophisticated control strategies in order to meet the desired performance measures. The primary objective of this book is to reflect these recent developments and to present new insights and successful solutions to operational problems of automated container terminals and transportation systems. It comprises reports on the state of the art, applications of quantitative methods, as well as case studies and simulation results. Its contributions are written by leading experts from academia and business. The book addresses practitioners as well as academic researchers in logistics, transportation, and management.
This book presents new insights and successful solutions to the operational problems of automated container terminals and cargo systems. It comprises reports on the state of the art, applications of quantitative methods, as well as case studies and simulation results. Its contributions are written by leading experts from academia and business and address practitioners and researchers in logistics, transportation, and management.
Planning and Operation of Container Terminals provides methodologies to optimize the design of container handling systems. The book offers various optimization models and details how to apply the models. In addition, it captures key points of academic research to provide a thorough and up-to-date guide on this rapidly changing field. Sections cover various aspects of terminal operation and propose key issues for their optimization. In addition, the relationships among various operational problems are described, along with tactics for the efficient utilization of resources. Students and professionals alike will find this a useful resource for getting up-to-speed in this dynamic field. The eff...
Container transportation is the predominant mode of inter-continental cargo traffic. Since container ships and port terminals involve a huge capital investment and significant daily operating costs, it is of crucial importance to efficiently utilize the internal resources of container terminals and transportation systems. Today there is an ongoing trend to use automated container handling and transportation technology, in particular, in countries with high labour costs. This in turn requires highly sophisticated control strategies in order to meet the desired performance measures. The primary objective of this book is to reflect these recent developments and to present new insights and successful solutions to operational problems of automated container terminals and transportation systems. It comprises reports on the state of the art, applications of quantitative methods, as well as case studies and simulation results. Its contributions are written by leading experts from academia and business. The book addresses practitioners as well as academic researchers in logistics, transportation, and management.
This work applies the theory and techniques of economic efficiency measurement to the realistic context of the ports industry. The objective is to assess the practical impact of port privatization policies upon the economic performance of the sector. Specifically, this volume presents Korea’s port and terminal development plans and systematically analyses not only the process and results of privatisation, but also the claims of its proponents that it leads directly to improved efficiency. The Korean experience is given global relevance by applying the same approach to Britain’s main container ports and terminals which, of course, are at a more advanced stage in the privatisation process. This work constitutes a unique contribution to the literature relating to shipping and ports, econometrics and the Korean economy and will be of primary interest to port authorities and practitioners, as well as to students of economics and/or the shipping industry.
This book presents a comprehensive study on intelligent container terminals. Based on the development experience gained to date with container terminals, it analyzes information flows and their interactions with container terminals; illustrates the operation management process from information collection to resource planning and from equipment scheduling to field operation; highlights several dynamic decision-making problems concerning digital operation processes and container terminals; reveals the basis of the discrete logistics system; and discusses the future of intelligent container terminals.
This book provides an overview of the operation of container terminals and the associated risks with such operations. These risks are often ignored or not properly investigated by both scholars and practitioners. Operational Risk Management in Container Terminals explores and discusses the decision rationales and the consequences for these operational risks handling process, with in-depth investigation on the container terminals in the Asia-Pacific region. The topics covered include the history and development of the container terminals, the operation of the terminals and risk incurred, the risk-management theories and concepts, rationales and consequences of the risk decisions in the container terminal operations, common practices and recommendations on terminal operational risk handling.
This book is a comparative study of the critical factors in berth productivity in Chinese and South Korean container terminals. It first defines the concept of berth productivity, and then establishes a regression model to evaluate the productivity factor. With the results obtained for the leading Asian container terminals it identifies the relationship between critical factors for berth productivity and their order of importance. The findings provide guidelines for terminal operators to improve berth productivity.