___

• Laithwaite E.R., Easham J.F., Bolton H.R.,
• Fellows T.G., “Linear Motors with Transverse
• Flux”, Proceedings of the Institution of
• Electrical Engineers, 118, 1761-1767, 1971.
• Bolton H.R., Fellows T., Laithwaite E.R.,
• Needham E.F., “Linear Induction Motor”, US
• Patent, US3585423, 1971.
• Easham J.F., Laithwaite E.R., Fellows
• T.G.,.Bromilow D.J.E, “Linear Induction
• Motors”, US Patent, US3958138, 1976.
• Weh H., May H., “Electrical Machines”, US
• Patent, US4663551, 1987.
• Weh H., May H., “Permanent Magnet
• Syncronous Machine with Transverse Flux
• Paths”, German Patent, DE3602687, 1987.
• Hoffman H., Weh H., Landrath J., “New
• Permanent Magnet Excited Synchronous
• Machine with High Efficiency at Low Speeds,
• Proceedings of the International Conf. on
• Electrical Machines, Italy, 35-39, 1988.
• Weh H., “Low-Vibration Configuration of
• Trannsverse Flux Machines”, German Patent,
• DE3827450, 1990.
• Henneberger G., Bork M., “Development of a
• New Transverse Flux Motor”, IEE Colleqium
• on New Topologies for Permanent Magnet
• Machines, 1-6, 1997.
• Liu C.T., Kuo J.K., “Experimental Investigation
• and 3D Modeling of Linear Variable-Reluctance
• Machine with Magnetic Flux Decoupled
• Windings”, IEEE Transactions on Magnetics,
• Vol 30, No 6, 4937-4739, Nov.1994.
• Liu C.T., Kuo J.K., “Improvements on Transient
• Characteristics of Transverse Flux Homopolar
• Linear Machines Using Artificial Knowledge
• Based Strategy”, IEEE Transactions on
• Energy Conversion, Vol 10, No 2, 275-285,
• -
• Kruse R., Pfaff G., Pfeiffer C., “Transverse Flux
• Reluctance Motor for Direct Servo Drive
• Applications”, IEEE Industry Application
• Conference, Vol 1, 655-662, 1998.
• Viorel I.A., Crivii M., Lowenstein L., Szabo L.,
• Gutman M., “Direct Drive Systems with
• Transverse Flux Reluctance Motors”, National
• Conference of Electrical Drives, 2004.
• Kaehler C., Verselen W., Groening I.,
• “Transverse Flux Reluctance Machine and Method for Manufacturing Serve”, US Patent,
• No 2009/0026869, 29 January 2009.
• Carlisle B.R., “Transverse Flux Switched
• Reluctance Motor and Control Methods”, US
• Patent, No 2006/0091755, May 4, 2006.
• Lange A., “Transverse Flux Motor with
• Magnetic Floor Gap”, US Patent, No:5777418,
• Jun 17, 1996.
• Rasmussen P.O., “Transverse Flux Machine
• with Stator Made of E-Shaped Laminations”, US
• Patent, US7312549, 2004.
• Gundogan Turker C., Erfan Kuyumcu F., “The
• Modeling of the E-Core Transverse Flux
• Machine Based on Neural Network”,
• International Review of Electrical
• Engineering, Vol 5(4),1477-1487, 2010.
• Gundogan Turker C., Erfan Kuyumcu F., Türker
• Tokan N.,, “Performance Of Support Vector
• Regression Machines On Determining The
• Magnetic Characteristics Of The E-Core Transverse Flux Machine”, Turkish Journal of
• Electrical and Computer Engineering,
• DOI:10.3906/elk-1301-84,2013,
• Gao, H., Salmasi, F.R., Ehsani, M., “Inductance
• Model-Based Sensorless Control of the Switched
• Reluctance Motor Drive at Low Speed”, IEEE
• Transactions on Power Electronics, Vol 19,
• No 6, 1568-1573, 2004.
• Rasmussen, P.O., Madsen, T.F., Shajarati, O.,
• “Advanced Exercise Bike with an E-Core
• Transverse Flux Machine”, The Korean
• Institute of Power Electronics, KIPE, Korea,
• -246, 2003.
• Andersen, T.O., Rasmussen, P.O., Pedersen
• H.C., “Design and Control of a Lat Pully
• Exercise Machine with an E-Core Transverse
• Flux Machine Being the Load”, 10th
• International Workshop on Research and
• Education in Mechatronics, 2009.