Results 91 to 100 of about 5,500 (223)
, 2014 Maglev trains are wonderful inventions that fly on air. They use magnets to levitate and propel the trains forward. There is no friction between the train and the track! The batteries can levitate the train for 30 minutes without any additional energy.
Shapochka, J.S., Rudakova, N.O.
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, 1993 Factors that have led to a reawakening of national interest in maglev technology in the United States are discussed. The development of the National Maglev program, its findings, and the four maglev design concepts resulting from the System Concept ...
Rote, D. M.
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Dynamic response analysis of single-span guideway caused by high speed maglev train
Latin American Journal of Solids and StructuresHigh speed maglev is one of the most important reformations in the ground transportation systems because of its no physical contact nature. This paper intends to study the dynamic response of the single-span guideway induced by moving maglev train.
Jin Shi, Ying-Jie Wang
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, 2019 Práce se zabývá systémem Maglev, zejména principem fungování jednotlivých konstrukčních typů této technologie a základní problematikou elektromagnetismu.
Pavel Blažek
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US Advanced Freight and Passenger MAGLEV System [PDF]
, 1996 Japan and Germany will operate first generation Maglev passenger systems commercially shortly after 2000 A.D. The United States Maglev systems will require sophisticated freight and passenger carrying capability. The U.S.
Morena, John J. +2 more
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INTRODUCTION TO MAGLEV TRAIN A REVIEW
, 2021 Maglev has became the fastest high speed train in the world. This technology is a dominating one in the terms of technical infrastructure of the existing railways.
Prof. Pingale Pritam Hanumant +2 more
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High-Speed RailwayThe stator of the maglev track plays a crucial role in the operation of the maglev system. Currently, the efficiency of maglev track inspection is limited by several factors, including the large span of elevated structures, manual visual inspection ...
Shihua Huang, Tiange Wang, Guofeng Zeng
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Carbody Structure and Performance Analysis for Small-scale Maglev Transit Vehicles
Chengshi guidao jiaotong yanjiuObjectiveThe carbody of maglev transit vehicle is the key load-bearing structure that supports operational loads and accommodates onboard equipment, its structural performance directly affects train operational safety and ride comfort. To ensure that the
Jianbo WANG +6 more
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MathematicsThe vehicle–guideway coupled self-excited vibration of maglev systems is a common control instability problem in maglev traffic while the train is suspended above flexible girders, and it seriously affects the suspension stability of maglev vehicles.
Pengxiang Zhu +5 more
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