Conceptual Guideway Structural Design for MAGLEV High-speed Ground Transportation System | Zendy

Can Balkaya | Zendy; William J. Hall | Zendy

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Conceptual Guideway Structural Design for MAGLEV High-speed Ground Transportation System

Author(s) -

Can Balkaya,

William J. Hall

Publication year - 2017

Publication title -

international journal of engineering technologies ijet

Language(s) - English

Resource type - Journals

eISSN - 2149-0104

pISSN - 2149-5262

DOI - 10.19072/ijet.309372

Subject(s) - maglev , conceptual design , magnetic levitation , context (archaeology) , levitation , ground transportation , engineering , systems engineering , conceptual model , computer science , mechanical engineering , transport engineering , electrical engineering , magnet , geology , paleontology , database

The conceptual guideway structural designs for MAGLEV (magnetic-levitation) high-speed ground transportation system are discussed by considering four different guideway designs of Bechtel, Magneplane, Grumman and Foster-Miller. The important aspects of the conceptual designs as well as some of the apparent shortcomings that will need attention in the design studies are emphasized. In this context the technical assessments and design observations may be considered for the guideway conceptual designs are given in this study.

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