FEA-based Torque Ripple and Noise Reduction of DC Motor for Automotive Air-Conditioning
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Hwang, Myeonghwan
(Automative Components R&D Group, Korea Industrial Technology)
Kim, Donghyeon (Automative Components R&D Group, Korea Industrial Technology) Yang, Seungjin (Automative Components R&D Group, Korea Industrial Technology) Cha, Hyunrok (Automative Components R&D Group, Korea Industrial Technology) Han, Jongho (Automative Components R&D Group, Korea Industrial Technology) |
1 | EMDYNE, "JMAG", Jmag Application Note Analysis of a Permanent Magnet Brush Motor |
2 | Paresh C. Sen, "Principle of Electric Machines an d Power Electronics (2nd ed), 1998 |
3 | J.R. Hendershot, T.J.E. Miller, "Design of Brushless Permanent Magnet Machines", Motor Design Books LLC, 2010 |
4 | EMDYNE, "JMAG", Jmag Application Note Basic Characteristic Analysis of a Motor with 2 Brushes, 6 Poles, and 19 Slots |
5 | Agency for Technology and Standards, 2009, "Blower motor for Automobiles", Reliability Standard, RS R 0010. |
6 | F. C. McQuiston and J. D. Parker, "Heating, Ventilating, and Air Conditioning Analysis and Design", John Wiley & Sons, Inc, 1994. |
7 | Jeong Yong Wook, Jeong Ku Sup, and Kim Seong Hoe, "Study of over current protecting apparatus for automobile blower motor", ICROS, Mar. 2010. |
8 | Agency for Technology and Standards, 2009, "Blower motor for Automobiles", Reliability Standard, RS R 0010. |
9 | EMDYNE, "JMAG", Jmag Application Note Iron Loss Analysis of a Brush Motor |
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