All Title Author
Keywords Abstract


, PP. 136-141

Keywords: 计算电磁学,发展趋势,数值方法,快速计算,工程应用

Full-Text   Cite this paper   Add to My Lib




[1]  An Siguang, Yang Shiyou, Ho S L, et al. An improved cross-entropy method applied to inverse problems[C]. COMPUMAG2011, Sydney, Australia, 2011(OD1.1): 264.
[2]  Dular P, Sabariego R V, Geuzaine C, et al. Finite element magnetic models via a coupling of subproblems of lower dimensions[C]. IEEE Transactions on Magnetics, 2010, 46(8): 2827-2830.
[3]  Dang Vuong Q, Dular Patrick, Sabariego Ruth V, et al. Subproblem approach for thin shell dual finite element formulations[C]. COMPUMAG2011, Sydney, Australia, 2011(PC11.23): 881.
[4]  程志光, 高桥则雄, 博扎德·弗甘尼, 等. 电气工程电磁热场模拟与应用[M]. 北京, 科学出版社, 2009.
[5]  Siegfried Vanaverbeke, Herbert De Gersem, Giovanni Samaey. 3D-2D coupled model for eddy currents in Laminated iron cores[C]. COMPUMAG2011, Sydney, Australia, 2011(OC1.1): 602.
[6]  Seiji Ishikawa, Takashi Todaka, Masato Enokizono. Finite element analysis by using three-dimensional laminate core elements[C]. COMPUMAG2011, Sydney, Australia, 2011(PC9.7): 803.
[7]  Pham Minh-Trien, Li Wei, Chang Seop Koh. Multi-guiders and cross-searching approaches in multi-objective particle swarm optimization for electromagnetic problems[C]. COMPUMAG2011, Sydney, Australia, 2011(OD1.2): 732.
[8]  Schops Sebastian, Gersem Herbert De, Bartel Andreas. Higher-order co-simulation of field-circuit coupled eddy-current problems[C]. COMPUMAG2011, Sydney, Australia, 2011(PC8.6): 374.
[9]  Myung Ki Baek, Il Han Park. Numerical simulation for dielectrophoretic separation of micro-particles in moving fluid and electric field[C]. COMPUMAG2011, Sydney, Australia, 2011(PC8.9): 415.
[10]  Siegfried Vanaverbeke, Herbert De Gersem, Giovanni Samaey. 3D-2D coupled model for eddy currents in laminated iron cores[C]. COMPUMAG2011, Sydney, Australia, 2011(OC1.1): 602.
[11]  Somkun S, Moses A J, Anderson P I. Measurement and modelling of 2D magnetostriction of non-oriented electrical steel[C]. COMPUMAG2011, Sydney, Australia, 2011(OC1.2): 114.
[12]  Stephan Koch, Hermann Schneider, Thomas Weiland. A low-frequency approximation to the maxwell equations simultaneously considering inductive and capacitive phenomena[C]. COMPUMAG2011, Sydney, Australia, 2011(OC2.1): 805.
[13]  Dlala1 E, Bottauscio O, Chiampi M, et al. Numerical investigation of the effects of loading and slot harmonics on the core losses of induction machines[C]. COMPUMAG2011, Sydney, Australia, 2011(OB2.1): 404.
[14]  Yuta Watanabe, Kota Watanabe, Hajime Igarashi. Accelerated FDTD computation applied to antenna shape optimization[C]. COMPUMAG2011, Sydney, Australia, 2011(OB1.1): 627.
[15]  Fern´andez David M, Dehnavi Maryam Mehri, Warren J. Gross and dennis giannacopoulos. alternate parallel processing approach for FEM[C]. COMP- UMAG2011, Sydney, Australia, 2011(OA2.2): 466.
[16]  Dular P, Dang Vuong Q, Sabariego R V, et al. Correction of thin shell finite element magnetic models via a subproblem method[C]. IEEE Transactions on Magnetics, 2011, 47(5): 158-1161.
[17]  Wang Jian, Lin Heyun, Huang Yunkai. Numerical analysis of 3D eddy current fields in laminated media under various frequencies[C]. COMPUMAG2011, Sydney, Australia, 2011(PC3.1): 377.
[18]  Gyselinck J, Geuzaine C. Sabariego R V. Considering laminated cores and eddy currents in 2D and 3D finite element simulation of electrical machines[C]. COMPUMAG2011, Sydney, Australia, 2011(PC11.12): 733.


comments powered by Disqus