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General

Influence of Guideway Flexibility on Maglev Vehicle/Guideway Dynamic Forces

This report presents the results of a study investigating the dynamic interaction between aerial structures and maglev vehicles. The study includes three dimensional responses for attractive (EMS) maglev vehicle and repulsive (EDS) maglev vehicles and six different guideway structures. The analysis...

Improving Transportation Through Railroad Research: 1988-1991

The Office of Research and Development (R&D) of the Federal Railroad Administration (FRA) conducts research, development, test, and evaluation projects to directly support the FRA's safety responsibility and to enhance the railroad system as a significant national transportation resource. This...

Extended NUCARS Safety Assessment

The Federal Railroad Administration (FRA) and Association of American Railroads (AAR) sponsored research to evaluate the ability of the NUCARS vehicle dynamics simulation program to extrapolate results from Chapter XI tests to permit definition of the safe operating limits of car performance up to...

Evaluation of Concepts for Safe Speed Enforcement

This final report evaluates the suitability of existing and developmental safe speed enforcement concepts/systems for application to a high-speed maglev control system in the U.S.. Requirements, functions and needs are identified and discussed for two major aspects of safe speed enforcement: 1)...

Conceptual Requirements of the Superconducting Linear Induction Motor

This study is a feasibility and conceptual design study of a superconducting linear induction motor for Maglev applications. Superconducting materials are maturing to the extent that a superconducting linear motor can be built with existing niobium titanium superconducting technology. Several...