Contractor's Quality Program Requirements
To examine the applicability of modern QC/QA techniques to large HSGT infrastructure projects constructed by outside contractor consortia....
Concurrent Engineering Planning in HSGT Systems
Why should concurrent engineering concepts and TQM (Total Quality Management) procedures be considered for large scale HSGT (High Speed Ground Transportation) engineering and planning...
Aerodynamic Resistance of Trains Running Through a Tunnel
In what follows, some previously published results and formulae have been combined in order to obtain an applicable tool for evaluating the energy consumption of trains in tunnel as a...
Cable-in-Conduit Superconductors for MAGLEV Magnet Systems
A major advantage of using a Nb3Sn Cable-in-Conduit Conductor (CICC) for MAGLEV lies in its demonstrated capability to operate in supercritical helium....
High-Speed Ground Transportation and Transportation Decision-Making: A New Perspective
My remarks this morning address the issues surrounding high-speed ground transportation (HSGT) at the federal level. Specifically, I examine both the traditional and the emerging ways...
What Happened to High Speed Rail in Florida?
This paper presents a critical analysis of the 1980s Florida endeavor to develop by private sector franchise America's first true high speed rail system, its failure, and some lessons...
Forensic Aspects of Future HSGT
Forensic sciences deal with the relations and application of technical problems in litigation and court procedures. This paper anticipates possible legal actions that may involve the introduction...
Condemnation & Florida's Rapid Rail Transportation
High Speed Rail Transportation Projects, (HSRT) whether initiated by private interests or government, almost always require the use of eminent domain proceedings or the threat of eminent...
Technology Transfer Considerations Associated with Maglev Programs
Magnetic levitation (maglev) high-speed ground transportation technology, near operational status in Germany and well along in development in Japan, is now a candidate for transfer to...
Potential for the Segmental Development of High Speed Rail in the Orlando-Tampa Corridor
The State of Florida has been pursuing the planning and implementation of high speed rail in the Miami-Orlando-Tampa corridor for the past ten years. Due to financial and institutional...
Preliminary Test Planning for the National Maglev Initiative
This paper describes the effort undertaken as part of the National Maglev Initiative to identify, document, and analyze the following maglev system aspects: architecture, operational concepts,...
Building a Viable Maglev Industry
Transforming the chaotic fragmentation of competing and incompatible magnetic levitation systems into a robust and expanding U.S. industry will provide substantial benefits to established...
Plan for Development and Implementation of a Domestic Maglev Network
This paper discusses magnetic levitation (maglev) transportation technical requirements and methods of capturing associated requirements. Possible architectures and components of a domestic...
Local, State and Federal Approvals in Developing High Speed Rail Systems in the U.S.
The implementation of high speed ground transportation systems in the United States will require numerous reviews and approvals at the local, state and federal levels. It is important...
The French Master Plan for High-Speed Rail Services
Some 4,700 km (2,919 mi) of new line designed to operate at speeds of 350 to 400 kph (217 to 248 mph), associated with a network totaling some 11,000 km (6,832 mi) of existing lines upgraded...
Planning for the National High Speed Rail Network in Korea
High speed rail lines are being constructed or planned among other transportation modes in Korea. They are expected to contribute to alleviate already serious intercity traffic congestion...
The Transrapid Maglev System
The Transrapid 300 mph (500 km/hr) magnetically levitated transportation system is ready for revenue application and is under consideration for several sites in the U.S. The maglev system...
The Technology of X2000?ABB's High Speed Tilting Train
The X2000 High Speed Tilting Train was developed by Asea Brown Boveri (ABB) in cooperation with the Swedish State Railways (SJ). The purpose of the project was to reduce trip times on...
ICE-HSR-System?Infrastructure, Rolling Stock, Operation
High-Speed trains such as the Japanese Shinkansen train in operation since 1964, the French TGV (train a grande vitesse) introduced in 1981 and the German ICE (InterCityExpress) running...
The TGV Rolling Stock?Its Evolution and Capabilities
The TGV has achieved a revolution in passenger rail service in France and in Europe. The subject of this paper is the TGV rolling stock, the distribution between three generations, the...
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