GATEWAY TO ENGINEERING, 2E helps students build a solid foundation in technological literacy as they study engineering-related careers and educational pathways. This book introduces middle school students to the process of design, the importance of engineering graphics, and applications of electricity and electronics, mechanics, energy, communications, automation/robotics, manufacturing processes, and control systems/computer programming. The vibrant four-color design and plentiful images make it especially appealing to middle school students, while the text's strong engineering flavor and alignment with national Standards for Technological Literacy make it the perfect tool for mastering Project Lead the Way's® Gateway to Technology curriculum. It also includes a revised chapter featuring sustainable architecture, enhanced coverage of green technology, and new CourseMate interactive learning tools.

In this informative and well-researched account, the new developments in intermodal transport are discussed, and special attention is given to evaluation models and policy measures in this field. Describing the three core models that have been either developed or enhanced to create an overall assessment framework for intermodal transport policies in Belgium--a multimodal freight model (NODUS), a discrete event-simulation model of the inland waterway network and its terminals (SIMBA), and a Location Analysis Model for Belgian Intermodal Terminals (LAMBIT)--this record analyzes the effectiveness and sustainability of policy measures in terms of modal shift, external costs, and capacity restrictions associated with the freight infrastructure network.

This book gives an account of how the U.S. freight transportation system has been impacted and “globalized,” since the 1950s, by the presence of the shipping container. A globally standardized object, the container carries cargo moving in international trade, and it utilizes and fits within the existing transportation infrastructures of shipping, trucking and railroads. In this way it binds them together into a nearly seamless worldwide logistics network. This process occurs not only in ocean shipping and at ports, but also deep within national territories. In its dependence on existing infrastructural systems, though, the network of container movement as it pervades domestic space is shaped by the history and geography of the nation-state. This global network is not invariably imposed in a top-down manner—to a large degree, it is cobbled together out of national, regional and local systems. Heins describes this in the American context, examining the freight transportation infrastructures of railroads, trucking and inland waterways, and also the terminals where containers are transferred between train and truck. The book provides a detailed historical narrative, and is also theoretically informed by the contemporary literature on infrastructure and globalization.

Applying sophisticated management techniques to freight transport offers the potential for significant cost savings as well as greater efficiency. Yet the inherent complexity of intermodal transport presents many challenges. This practical textbook on the operations of intermodal transport and logistics focuses on the practical concerns and the basics of operations, such as vehicles, containers, handling operations, logistics management and optimisation. All chapters are written by field specialists, and the volume includes additional chapters on economics, law and the environment to put the practical topics into context. It presents a balanced textbook for postgraduate students and also a reference text for those in industry or the public sector involved in the planning of intermodal freight transport.