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Hybrid Excitation of the Axial Inductor Machine

Doctoral Thesis. Riga,. QuickField User' Guide, version 5.8. WEB http://www.quickfield.com

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Physical and Technical Energy Problems
High-Reliability Brushless Synchronous Motors for Hand Tools and Household Appliances / BEZKONTAKTU SINHRONIE DZINĒJI AR PAAUGSTINĀTU DROŠUMU IZMANTOŠANAI ELEKTROINSTRUMENTOS UN SADZĪVES TEHNIKĀ

Systems. 3rd ed-n. Oxford: Newness. 6. Kopilov, I.P. (1986). Electrical machines. Moscow: Energoatomizdat (in Russian). 7. Dirba, J., Ketners, K., Levins, N., Orlova, S., & Pugacev, V. (2011). Outer-rotor synchronous reluctance motor . Patent of the Republic of Latvia LV14314 B 20.06.2011 (in Latvian). 8. User's Guide (2010). QuickField. Finite Element Analysis System. Version 5.7. Denmark: Tera Analysis. Available at: http://www.quickfield.com. 9. Bianchi, N. (2005). Electrical Machine Analysis

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Application of Synchronous Brushless Motors in Electric Hand Tools

-225. Dirba J., Roldugina N., Pugačevs V. (2001). Methodology of permanent magnet brushless DC motor calculation and optimization. Scientific Proceedings of Riga Technical University: Power and electrical engineering. Ser. 4, Vol. 4, 48-53 (in Latvian). Levins N., Dirba J., Brakanskis U., Ketners K., Orlova S., Pugachevs V. (2011). Sinhronā mašīna ar pastāvīgajiem magnētiem. Latvijas Republikas patents LV14335 B, 20.09.2011. User's Guide (2010). QuickField. Finite Element Analysis System. Version 5.7. Denmark: Tera

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Electric Machines with Non-Radially Mounted Rectangular Permanent Magnets / Elektriskās Mašīnas Ar Prizmatiskiem Neradiāli Novietotiem Pastāvīgajiem Magnētiem

(2010). QuickField. Finite Element Analysis System. Version 5.7. Denmark: Tera Analysis, available at: http://www.quickfield.com [Accessed: Apr. 1, 2012] 9. Levins, N., Dirba, J., Lavrinoviča, L., & Pugačevs, V. (2012). Ātrgaitas magnetoelektriskais sinhronais dzinējs. Latvijas Republikas patenta pieteikums Nr P-12-40 no 13.03.2012

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Theoretical and Experimental Research of Synchronous Reluctance Motor

References 1. Maxwell, J.C. (author), & Niven, W.D. (editor) (2010). The scientific papers of James Clerk Maxwell (Volume I). New York: Cambridge University Press. 2. Claycomb, J.R. (2010). Applied electromagnetics using QuickField and Matlab. Jones and Barlett Publishers. 3. Bianchi, N., & Bolognani, S. (2000). Reducing torque ripple in PM synchronous motors by pole shifting. In Proceedings of the International Conference on Electrical Machines, ICEM, Aug. Helsinki. 4. Bianchi, N., Bolognani, S

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Comparison of Synchronous Reluctance Motors with the Outer and Inner Rotor

International Conference on Power Electronics and Drive Systems, 27-30 November 2007 (217-224). DOI: 10.1109/PEDS.2007.4487779. 6. Pugachevs, V., Dirba, J., Kukjane, L., Levins, N., & Orlova, S. (2012). Synchronous reluctance motor. Patent of the Republic of Latvia. LV 14418 B. 7. Pugachevs, V., Dirba, J., Lavrinovicha, L., Levins, N., & Brakanskis U. (2013). Synchronous reluctance motor. Patent of the Republic of Latvia. LV 14627 B. 8. User’s Guide (2010). QuickField. Finite Element Analysis System. Version 5.7. Denmark: Tera

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Study of the Synchronous Reluctance Motor Design

brushless synchronous motors for use in low power equipment . Summary of PhD Thesis. Riga: RTU. 10. Tera Analysis (2010). QuickField. Finite Element Analysis System. Version 5.7. User’s Guide (Denmark).

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Metamodels for New Designs of Outer-Rotor Brushless Synchronous Electric Motors

References 1. Waide, P., & Brunner, C.U. (2011). Energy-Efficiency Policy Opportunities for Electric Motor-Driven Systems. International Energy Agency (France). 2. Bianchi, N. (2005). Electrical Machine Analysis Using Finite Elements. CRC Press, Boca Raton, FL, Taylor & Francis. 3. Tera Analysis (2010). QuickField. Finite Element Analysis System. Version 5.7. User’s Guide (Denmark). 4. Ruichen Jin, Xiaoping Du, & Wei Chen (2001). The use of metamodeling techniques for optimisation under

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