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1. Full Text A Full Scale Superconducting Magnetic Levitation (MagLev) Vehicle Operational Line
by Sotelo, G. G and de Oliveira, R. A. H and Costa, F. S and Dias, D. H. N and de Andrade, R and Stephan, R. M
IEEE transactions on applied superconductivity, ISSN 1051-8223, 06/2015, Volume 25, Issue 3, pp. 1 - 5
Induction motors | Superconducting linear bearing | Force | Prototypes | MagLev | Superconducting magnets | Linear motor | Magnetic levitation | Vehicles | Engineering | Physical Sciences | Technology | Engineering, Electrical & Electronic | Physics | Science & Technology | Physics, Applied | Induction electric motors | Electric vehicles | Usage | Analysis | Magnetic suspension | Research | Carbon compounds
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2. Full Text High-Sensitivity Measurement of Density by Magnetic Levitation
by Nemiroski, Alex and Kumar, A. A and Soh, Siowling and Harburg, Daniel V and Yu, Hai-Dong and Whitesides, George M
Analytical chemistry (Washington), ISSN 0003-2700, 03/2016, Volume 88, Issue 5, pp. 2666 - 2674
Physical Sciences | Chemistry | Chemistry, Analytical | Science & Technology | Usage | Specific gravity | Analysis | Magnetic suspension | Measurement techniques | Materials science | Spheres | Magnetic fields | Density | Magnetic levitation systems | Gravity | Magnetic levitation vehicles | Gravitation | Separation | Magnetization | Magnets | Standards | Magnetic levitation
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3. High temperature superconducting magnetic levitation
by Wang, Jia-Su and Wang, Su-Yu
12/2017, ISBN 3110538431
Book
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4. Full Text Combined Electromagnetic Suspensions with Reduced Energy Consumption for Levitation Vehicles
by Andreev, E N and Arslanova, D N and Akhmetzyanova, E V and Bazarov, A M and Vasil’ev, V N and Vasil’eva, O S and Verkhoturov, M S and Gapionok, E I and Demina, A A and Zavadskii, S V and Zenkevich, M Yu and Kaparkova, M V and Kuz’menkov, V D and Labusov, A N and Larionov, M S and Manzuk, M V and Mizintsev, A V and Nezhentsev, A N and Ovsyannikov, D A and Ovsyannikov, A D and Khokhlov, M V
Technical physics, ISSN 1063-7842, 7/2019, Volume 64, Issue 7, pp. 1060 - 1065
Classical and Continuum Physics | Physics | Physical Sciences | Science & Technology | Physics, Applied | High temperature superconductors | Energy use | Magnets, Permanent | Electromagnetic fields | Energy conservation | Analysis | Energy consumption | Scale models | Coercivity | Superconducting magnets | Levitation | Permanent magnets | Transportation systems | Electromagnets | Magnetic materials | Magnetism | Magnetic levitation systems | Magnetic levitation | System effectiveness
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5. Linear synchronous motors
: transportation and automation systems
by Gieras, Jacek F
2012, 2nd ed., ISBN 9781439842218, cm.
Book
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6. Full Text Structure and control design of levitation electromagnet for electromagnetic suspension medium-speed maglev train
by Ding, Jingfang and Yang, Xin and Long, Zhiqiang
Journal of vibration and control, ISSN 1077-5463, 3/2019, Volume 25, Issue 6, pp. 1179 - 1193
levitation control | finite element method | eddy current effect | Electromagnet design | structure optimization | electromagnetic suspension maglev train | magnetic saturation | Mechanics | Engineering | Acoustics | Technology | Engineering, Mechanical | Science & Technology | Interurban travel | Vibration | Transportation | Saturation | Modules | Low speed | Three dimensional analysis | Levitation | Magnetic saturation | Design optimization | Finite element method | Design | Magnetic levitation vehicles | Urban transportation | Magnetic levitation systems | Eddy currents
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7. Electromagnetic levitation and suspension techniques
by Jayawant, B. V
1981, ISBN 0713134283, vi, 140
Magnetic levitation vehicles | Magnetic suspension
Book
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8. Full Text Magnetic Levitation
: Maglev Technology and Applications
by Han, Hyung-Suk and Kim, Dong Sung
2016, Springer Tracts on Transportation and Traffic, ISBN 9789401775229, Volume 13, 256
Renewable energy sources | Magnetic suspension
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9. Superconducting levitation
: applications to bearings and magnetic transportation
by Moon, F. C., 1939 and Chang, Pei-Zen
1994, ISBN 9780471559252, xv, 295
Magnetic levitation vehicles | High temperature superconductors | Magnetic bearings
Book
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10. Full Text Comfort-oriented vehicle suspension design with skyhook inerter configuration
by Hu, Yinlong and Chen, Michael Z.Q and Sun, Yonghui
Journal of sound and vibration, ISSN 0022-460X, 09/2017, Volume 405, pp. 34 - 47
Ride comfort | Skyhook control | Suspension | Inerter | Semi-active control | Mechanics | Engineering | Acoustics | Technology | Engineering, Mechanical | Science & Technology | Electrical engineering | Numerical analysis | Damping | Simulation | Computer simulation | Passenger comfort | Feedback control systems | Configuration management | Configurations | Magnetic levitation systems | Active control | Chatter
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11. Full Text Levitation Methods for Use in the Hyperloop High-Speed Transportation System
by Chaidez, Eric and Bhattacharyya, Shankar P and Karpetis, Adonios N
Energies (Basel), ISSN 1996-1073, 11/2019, Volume 12, Issue 21, p. 4190
Technology | Energy & Fuels | Science & Technology | Turbulent flow | Bearings | Vehicle wheels | Transportation | Levitation | Fuel consumption | Flow pattern | Batteries | Transportation systems | Traffic speed | Prototypes | Contact pressure | Magnetic levitation systems | Aerodynamic drag | Fluid dynamics | Computational fluid dynamics | Aerodynamics | Pressure | Velocity | Magnetic levitation vehicles | Gas bearings | Power consumption | Friction | Laminar flow | Rapid transit systems | Couette flow | Methods | high-speed transportation | electromagnetic suspension | levitation | air bearings | hyperloop
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12. Full Text Design of New Energy-Efficient Permanent Magnetic Maglev Vehicle Suspension System
by Gao, Tao and Yang, Jie and Jia, Limin and Deng, Yongfang and Zhang, Weihua and Zhang, Zhenli
IEEE access, ISSN 2169-3536, 01/2019, Volume 7, pp. 135917 - 135932
Computer Science, Information Systems | Engineering | Technology | Computer Science | Engineering, Electrical & Electronic | Telecommunications | Science & Technology | Damping | Observability (systems) | Test vehicles | State feedback | Energy consumption | Structural stability | Levitation | Permanent magnets | Feedback control | Electric motors | Finite element method | Magnetic levitation vehicles | Suspension systems | Power consumption | Magnetic levitation railways | Hybrid systems | Rail transportation | Feasibility | Magnetism | Magnetic fields | Arrays | Maglev vehicle suspension systems | Magnetic levitation
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13. Full Text Levitation or suspension: Which one is better for the heavy-load HTS maglev transportation
by Liu, Wei and Kang, Dong and Yang, X. F and Wang, Fei and Peng, G. H and Zheng, Jun and Ma, G. T and Wang, J. S
International journal of modern physics. B, Condensed matter physics, statistical physics, applied physics, ISSN 0217-9792, 10/2015, Volume 29, Issue 25n26, p. 1542048
Fabrications, applications and devices | magnetic circuit | superconductor | heavy-load | magnetization | High-T | maglev | Transportation industry | High temperature superconductors | Bulk density | Levitation | Product design | Permanent magnets | Magnetic levitation systems | Magnetic levitation vehicles | Simulation | Transportation | Superconductivity | Density
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14. Full Text High-Temperature Superconducting Linear Synchronous Motors Integrated With HTS Magnetic Levitation Components
by Jian Xun Jin and Lu Hai Zheng and You Guang Guo and Jian Guo Zhu and Grantham, C and Sorrell, C. C and Wei Xu
IEEE transactions on applied superconductivity, ISSN 1051-8223, 10/2012, Volume 22, Issue 5, pp. 5202617 - 5202617
High-temperature superconductor (HTS) | Magnetization | Superconducting magnets | High temperature superconductors | linear synchronous motor | maglev | linear motor | trapped-field attenuation | Attenuation | Suspensions | Magnetic levitation | Saturation magnetization | trapped field | magnetic levitation | Engineering | Physical Sciences | Technology | Engineering, Electrical & Electronic | Physics | Science & Technology | Physics, Applied | Superconducting devices | Electrical engineering. Electrical power engineering | Miscellaneous | Magnetic devices | Exact sciences and technology | Electronics | Linear machines | Applied sciences | Electrical machines | Semiconductor electronics. Microelectronics. Optoelectronics. Solid state devices | Finite element method | Usage | Analysis | Innovations | Mathematical models | Studies | Electromagnetism | Design engineering | Magnetic levitation vehicles | Aircraft components | Aircraft subsystems | Superconductivity | Synchronous motors | Magnets
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15. Full Text Fundamentals of Electromagnetic Levitation: Engineering sustainability through efficiency
: Engineering sustainability through efficiency
by Alan J. Sangster
2012, Circuits, devices and systems series, ISBN 184919663X, Volume 24, 246
Magnetic suspension | Magnetic levitation vehicles | Sustainable engineering | Environmental engineering | Mechanical efficiency | Electrostatics | Mechanical engineering
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16. Full Text A Robust Levitation Control of Maglev Vehicles Subject to Time Delay and Disturbances: Design and Hardware Experimentation
by Sun, You-gang and Xie, Si and Xu, Jun-qi and Lin, Guo-bin
Applied sciences, ISSN 2076-3417, 02/2020, Volume 10, Issue 3, p. 1179
Engineering | Physical Sciences | Chemistry | Materials Science | Technology | Engineering, Multidisciplinary | Materials Science, Multidisciplinary | Chemistry, Multidisciplinary | Physics | Science & Technology | Physics, Applied | maglev vehicles | adaptive robust control | time delay | magnetic-suspension systems | riccati approach
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17. Magnetic levitation for rail transport
by Rhodes, R. G and Mulhall, B. E
1981, ISBN 9780198548027, Volume 1, ix, 103
Magnetic levitation vehicles
Book
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18. Full Text An approach for minimizing the number of objective functions in the optimization of vehicle suspension systems
by Papaioannou, Georgios and Koulocheris, Dimitrios
Journal of sound and vibration, ISSN 0022-460X, 11/2018, Volume 435, pp. 149 - 169
Ride comfort | Vehicle suspensions | Road holding | Objective functions | Multi objective optimization | Mechanics | Engineering | Acoustics | Technology | Engineering, Mechanical | Science & Technology | Mechanical engineering | Analysis | Algorithms | Multiple objective analysis | Parameter estimation | Computer simulation | Optimization | Sorting algorithms | Vehicles | Genetic algorithms | Suspension systems | Simulation | Passenger comfort | Classification | Computational efficiency | Computing time | Magnetic levitation systems
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