Verfügbarkeit: Conference on the Computation of Electromagnetic Fields

Conference on the Computation of Electromagnetic Fields: September 3 - 7, 1989, Tokyo, Japan

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Bibliographische Detailangaben
Körperschaft:	COMPUMAG Tokio (VerfasserIn)
Format:	Tagungsbericht Buch
Sprache:	English
Veröffentlicht:	New York, NY IEEE 1990
Schriftenreihe:	IEEE transactions on magnetics 26,2
Schlagworte:	Elektromagnetisches Feld Berechnung Konferenzschrift > 1989 > Tokio
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Literaturangaben. - Einzelaufnahme eines Zs.-Bandes
Beschreibung:	S. 333 - 1135 Ill., graph. Darst.

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Datensatz im Suchindex

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adam_text	TRANSACTIONS ON ELT ZB 283/MAG MAGNETICS MARCH 1990 VOLUME 26 NUMBER 2 (ISSN 0018-9464] A PUBLICATION OF THE IEEE MAGNETICS SOCIETY Regtlar Contributions begin on page 1066 CONFERENCE ON THE COMPUTATION OF ELECTROMAGNETIC FIELDS (COMPUMAG - Tokyo) September 3-7,1989 Tokyo, Japan Commttees .......................................................................................... 340 Remarb from the Organizers ........................................................................... 343 List of Participants .................................................................................... 345 !· STATIC FIELDS 3D Finite element solution of complex magnetostatic problem involving axial and radial excitation—Using a single scalar potential —Ke-qin Wang Zhong-wei Jiang, and Yu-shiSun ........................................ 356 hree-dimensional magnetic field analysis method using scalar potential formulated by boundary element method ~M. Koizumi, M. Onisawa, andM. Utamura ......................................................... 360 3D non-linear magnetostatic analysis of a double-walled cylindrical shield — M. Fauri and P. Sonato .............. 364 D open boundary magnetic field analysis using infinite element based on hybrid finite element method — T, Nakata, N. Takahashi, K. Fujiwara, andM. Sakagßchi................................................. 368 Ute element computation of 3-D nonlinear magnetic field in claw-pole electric machine using two scalar potentials, hybrid elements & automatic mesh generation —Langu Li and YouqingXiang ..........,................. 371 Some improvements in nonlinear 3D magnetostatics - C. A. Magete, К Preis, and W. Renhart .................... 375 333 Magnetic field perturbation and magnetic stress analysis due to a ferromagnetic first wall — T. Ohira, T. Takagi, K. Ща, T.Horie, andY. Seki ......................................................................... 379 Finite element solution of permanent magnetic field — R. Gupta, T. Yoshino, and Y. Saito ....................... 383 Efficient computation of electric field in high voltage equipment —B. L. Qin, G. Z. Chen, Q. Qiao, and/. N. Sheng .. 387 A new coordinate transform for the finite element solution of axisymmetric problems in magnetostatics — ƒ. В. М. Melissen and J. Simian ............................................................................ 391 Finite element approximation in axisymmetrical domains — A. Boqlietti, M. Chiampi, D. Chiarabaglio, and M. Tartaglia ........................................................................................ 395 Optimal magnet design for NMR —Aleš Gottvald .......................................................... 399 An evaluation of the computational error near the boundary with magnetostatic field calculation by B.E.M. — K. Sawa and T. Hirano .............................................................................. 403 Mapetically anisotropic slot wedges for rotating machines — M. Watanabe, K Ide, M. Takahashi, and N. Takahashi 407 Further discussion on magnetic vector potential finite-element formulation for three-dimensional magnetostatic field analysis — Y. Kanai, T.Abe, M. Sengoku, T. Iijima, M. Iizuka, and K Mukasa ............................. 411 Hybrid method for computing demagnetizing fields — D. R. Fredkin and T. R. Koehler .......................... 415 2. TIME DEPENDENT FIELDS Finite element analysis of 3-D eddy currents — O. Bíró and К Preis.......................................... 418 Methods for magnetically nonlinear problems involving significant hysteresis and eddy currents — A. G. Jack andB. C. Mecrow ...................................................................................... 424 A comparison of Lorentz gauge formulations in eddy current computations — C. F. Bryant, C. 2?. /. Emson, and C. W. Trowbridge ...................................................................................... 430 Comparison of different finite elements for 3-D eddy current analysis — T. Nakata, N. Takahashi, K. Fujiwara, and Y. Shiraki ......................................................................................... 434 Performance of different vector potential formulations in solving multiply connected 3-D eddy current problems -O. Biro, K. Preis, W. Renhart, К Я Richter, and G. Vrisk .............................................. 438 Investigation of effectiveness of various methods with different unknown variables for 3-D eddy current analysis — T. Nakata, N. Takahashi, К Fujiwara, andK. Muramatsu ............................................ 442 Boundary element analysis for the three-dimensional eddy current problem — M. Enokizono and T. Todaka ........ 446 Improved finite element formulation for dielectric loaded waveguides —István Bárdi and Oszkár Biro -----......... 450 Tbree-dimensional eddy current analysis by the boundary element method using vector potential — H. Tsuboi and M. Tanaka ...................................................................................... 454 Eddy current analysis by the boundary integral equation method —Kazuhisa Ishibashi .......................... 458 ABEM code for 3-D eddy current calculations —W.U. Ruckerand K R. Richter .............................. 462 Calculation of transient 3D eddy current using edge-elements —AJdhisa Kameari .............................. 466 A new hybrid model using electric field formulation for 3-D eddy current problems — Z. Ren, F. Bouiłlault, A. Razek, ABossavit, andJ. C. Vérité........................................................................ 470 Experimental verification of 3D eddy current analysis code using Г -method — Toshiyuki Takagi, Mitsuo Hashimoto, SeijiArita, SoNorimatsu, ToshihikoSugiura, andKenzoMiya ........................................... 474 Calculation of 3D eddy current problems by an hybrid Т -Ω method - F. Bouillault, Z. Ren, and A. Razek .......... 478 Eddy currents in bodies with sharp edges by the MMP-method — S. Шепег .............................,...... 482 The solution of general three dimensional eddy current problems using the package CARMEN — C. R. I. Emson and]. Simkin .................................................................................... 486 Calculation of AC losses in current forced conductors using 3D finite elements and the A^V method — P. J. Leonard, D. Rodger, and Я J. Hill-Cotüngham........................................................ 490 Computation of eddy current losses by heavy current leads and windings in large transformers using IEM coupled with improved jR -Ψ method - Renyuan Tang, Junyou Yang, Zhouxiong Wu, FengLin, ChunrongLiu, and Zihong Xu ............................................................................................. 493 Calculation of end region magnetic field and circulation losses for turbo-generators using a coupled field and circuit equations method -Renyuan Tang Guangren Xu, Lijian Tian, Danqun Zhao, and YiXu ................... 497 334 Investigation of a model to verify softwares for 3-D nonlinear eddy current analysis - T. Nakata, N. Takahashi, and K. Fujiwara ...................................................................................... 501 Eddy current methods for evaluation of the transformed fraction of metals by voltage source - Han- Soo Kim, Il-HanPark, Sang-BongWee, Song-Yop Hahn, and Min-Koo Han ........................................ 505 Transient analysis of electromagnetic fields in a magnetic medium with hysteresis in a three-dimensional space — T. Monta, N. Yoshida, and I. Fukai .................................................................... 509 A new approach to the transient analysis of magnetic field with variable transformation based on eigenvalues — H. Tsuboi, M. Tanaka, and T. Naito ................................................................... 513 3. MATERIALS Effects of magnetic properties of steel on flux response -У. Ohdachi, Y. Inaguma, N. Iwama, A. Watarai, H. Fuß, and Y. Honkura .................................................................................. 517 A technique of homogenization applied to the modelling of transformers —A. De Rochebrune, J. M. Dedulle, and J. C. Sabonnadiere ................................................................................. 520 Magnetic fields in nonlinear anisotropic grain-oriented iron-sheet —J. M. Dedulle, G. Meunier, A. Foggia, J. C Sabonnadiere, andD. Shen ........................................................................ 524 A numerical verification of the Clausius-Mossotti relation — J. Steffan and К R. Richter......................... 528 Numerical field calculation of additional non-linear effects and additional non-linear components in permanent excited machines —H.-J. Gutt andR. Lust ........................................................... 532 4. COUPLED PROBLEMS A modeling approach of a coupled problem between electrical current and its thermal effects — J. P. Assumpção Bastos, N. Sadowski, andR. Cansón ................................................................ 536 Analysis of a coupled problem: The FELIX cantilevered beam — Toshiya Morirne .............................. 540 Dynamic behavior of thin plates under impulsive magnetic field —J. Tani, M. Minagawa, К Ohtomo, and M. Saigo .. 544 Coupled elements for problems involving movement — D. Rodger, H. С Lai, and P. J. Leonard ................... 548 Finite element analysis of cage induction motors fed by static frequency converters — A. Arkkio .................. 551 An analysis of ion beam trajectories by using boundary element method —Shinji Shirakawa, Hajime Igarashi, and Toshihisa Honma ................................................................................ 555 Comparison of different strategies for the analysis of nonlinear coupled thermo-magnetic problems under pulsed conditions — P. Motfino andM. Repetto ............................................................ 559 A study of the cantilever beam in time varying magnetic field — T. Kabashima, Y. Ueda, Y. Nose, and M. Ohio ...... 563 Two-dimensional finite-boxes analysis of monopolar corona fields including ion diffusion — Giovanni Ghione and Roberto D. Graglia ............................................................................... 567 Boundary element analysis of free boundary field-reversed configurations —Shinichi Sawai, Masanori Tsuchimoto, Hajime Igarashi, and Toshihisa Honma .............................................................. 571 Axisymmetric electromagnetic fields coupled to lossy media — Min Eig Lee and Nathan Ida ...................... 575 Finite element analysis for eddy current in D.C. electromagnet during its closing process — Qingjdn Yang and Weili Yan ..................................... ..... 579 5. NUMERICAL METHODS Hybrid finite element and boundary element method applied to electromagnetic problems — T. Onuki ............ 582 Fmite element modeling of open boundary problems -/ F. Imhoff, G. Meunier, and!. С Sabonnadiere ........... 588 The boundary element method combined with an electromagnetic source simulation method for calculating 3D eddy current distributions —Xinshan Ma and Ping Wang ................................................... 592 Boundary element method with high order time element for transient eddy current problems — Qionghua Zhan and JiapingChen ..............................,............ .............. 595 335 Unified boundary integral equation and unified boundary element equation — Jiansheng Yuan, XiXie, andHanguang Shoo ........................................................................................... 599 High precision numerical integration methods for 3-D boundary element analysis — Ken Hayami ................. 603 Treatment of singularities in the computation of magnetic fields with periodic boundary conditions by the boundary element method —A. Kost and J. X. Shen ............................................................ 607 Robustness of the boundary integral equation method for potential problems —Tatsumi Watanabe, YujiKuno, and Yoshiki Uchikawa ................................................................................ 610 Adaptively meshed boundary integral equation method for nonlinear magnetostatics —MengH. Lean ............. 614 Numerical approach to inverse problem of crack shape recognition based on the electrical potential method — Y. Iwamura and К Miya ............................................................................. 618 A methodological analysis of different formulations for solving inverse electromagnetic problems — M. Guamieri, A. Stella, andF. Trevisan ............................................................................. 622 Inversion of eddy-current data and the reconstruction of three-dimensional flaws — H. A. Sabbagh, D. J. Radecki, S. Barkeshli, B. Shamee, J. С Treece, and S. A. Jenkins ................................................... 626 An algorithm and simulation of the inverse problem of a low-frequency current field — Yin Liu, Lian Gong, Ping Liu, andKeqian Zhang ................................................................................ 630 Electromagnetic imaging of 2-D inhomogeneous dielectric objects by an improved spectral inverse technique — Se-Yun Kim, Hyun-Chul Choi, Jung-WoongRa, and Soo-Young Lee ...................................... 634 Mathematical optimization techniques for the design of permanent magnet synchronous machines based on numerical field calculation — S. Russenschuck ................................................................. 638 Optimization methods used for determining the geometry of shielding electrodes —WalmirM. Caminhas, Rodney R. Saldanha, and Geraldo Robson Mateus .............................................................. 642 Optimum design of iron-core electromagnets — P. Di Barba, P. Navarra, A. Savini, and R. Sikora ................. 646 Treatment of multiply connected regions in two-component electric vector potential formulations — R. Albanese andG. Rubinacci ................................................................................. 650 3D finite element calculation of harmonic electromagnetic fields —Jian-She Wang and Nathan Ida ................ 654 On the coupling of the gener alized multipole technique with the finite element method — J. Sroka, H. Baggenstos, and R. Ballisti ................................................................................... 658 Ад upwind Galerkin finite element analysis of linear induction motors — T. Furukawa, К Komiya, and I. Muta ..... 662 A dynamic programming—finite element procedure for the design of nonlinear magnetic devices —Osama A. Mohammed and W. Kinzy Jones .................................................................... 666 Mutual finite-element universal matrices in skin effect problems — G. Aiello, S. Alfonzetti, and S. Coco ............ 670 A mixed finite element method for computing three-dimensional time-domain electromagnetic fields in strongly inhomogeneous media —GerritMur ................................................................ 674 Nodal elements for three-dimensional magnetic field computation in inhomogeneous media — Françoise Rioux-Damidau .................................................................................. 678 Three-dimensional magnetostatic analysis using Nedelec s elements — H. Kanayama, H. Motoyama, К Endo, and F. fSkuchi ......................................................................................... 682 Calculation of vector potentials from scalar potentials for 3D finite difference solutions — W. Muller and G. Szymanski ....................................................................................... 686 A model reduction technique for high order eddy current problems — E. Coccorese, S. Coco, and R. Mortone ....... 690 Computing constrained triangulation and Delaunay triangulation: A new algorithm —Jian-mingZhou, Ke-ran Shoo, Ke-ding Zhou, and Qiong-hua Zhan ................................................................. 694 Effects of permeability of magnetic materials on errors of the Т -Ω method — T. Nakata, N. Takahashi, K. Fujiwara, andT.Imai ..................................................................................... 698 Solving Maxwell equations in a closed cavity, and the question of Spurious modes — A. Bossavit ................. 702 A łł ^etrov-Calerkin type method for юЫщАх = b, where A is symmetric complex — H. A. van der Vorst and!. B. M Melissen ........................................................................................ 706 Aa accelerated Newton-Raphson method associated with the ICCG algorithm - G. Henneberger, J. C. Sabonnadiere, P. К Sattler, and D. Shen ............................................................. 709 mace impedance near edges and corners in three-dimensional media - E. M. Deeley .......................... 712 infinitely many formulations using the magnetic vector potential with the coulomb gauge for 3D field calculations - Toshiya Morirne .........,..................................................................... 715 336 An error estimation of a solution using the integral equation method — T. Takeda, T. Kuwahara, T. Miyata, and M. Igarashi ......................................................................................... 719 B-spline finite element method for eddy current field analysis - Guangzheng Ni, XiaomingXu, and Baidun Jian ----- 723 Skin effect analysis in axisymmetric stratified conductors —P. Molfino, M. Repetto, A. Rossani, and A. Sestero ...... 727 Effect of gauge fixing term in three dimensional stationary magnetic fields problem —Shigeru Hemmi, Kenji Fujimoto, and Hiroshi Rikukawa .................................................................... 731 Rigorous analysis of coupling in dielectric resonators — T. BhattachaĄee andXuan Tu .......................... 735 High accuracy display of magnetic flux density distribution — H. Yamashita, T. Johkoh, and E. Nakamae ........... 739 Impedance calculation with Urmel-I using multigrid methods — Ursula van Rienen and Thomas Weiland .......... 743 Use of a multigrid solver in the MAFIA module S3 for electro-and magnetostatic problems — F. Krawczyk, T. Weiland, and B. Steffen............................................................................ 747 Status and future of the 3D MAFIA group of codes - M. Dehler, M. Dohlus, A. Fischerauer, G. Fischerauer, P. Hahne, R. Шаїх, F. Krawczyk, T. Proppen Ρ· Schutt, Τ. Weiland, F. Ebeling, M. Marx, S. G. Wipf, В. Steffen, T. Barts, J. Browman, R. К Cooper, G. Rođenz, and D. Rusthoi ................................................... 751 б. SOFTWARE AND HARDWARE METHODOLOGY Display of distributed scalare and vectors —Eihachiro Nakamae ............................................. 755 Trends in computer hardware and software for computer aided design applications —Paola Girdinio, Giorgio MolinaĄ and Sandro Riaella....................................................................... 761 3D automatic mesh generation for boundary integral method — A. Nicolas andL. Nicolas ....................... 767 Automatic 3D mesh generation with prescribed meshed boundaries — P. L. George, F. Hecht, and E. Saltei ........ 771 Tetrahedral elements generation using topological mapping and space dividing for 3-D magnetic field FEM — Υ· Tanizume, Η. Yamashita, and E. Nakamae ........................................................... 775 Problem-oriented adaptive mesh-generation for accurate finite-element calculation — T. Tämhuvud, K. Reichert, and J. Skoczyłaś ...................................................................................... 779 Adaptive mesh refinement for boundary element method and its application to stripline analysis —Dong -кик Park, Chang-Hoi Ahn, Soo-YoungLee, and Jung-Wong Ra ................................................... 783 Sensitivity analysis of the nodal position in the adaptive refinement of finite element meshes — G. Henneberger, G. Meunier, J. C. Sabonnadière, P. К Sattler, and D. Shen ................................................. 787 Eigen value and eigen vector perturbation and adaptive mesh generation in the analysis of waveguides — S. Ratnajeevan H. Hoole ............................................................................. 791 A comparison of adaptive strategies for mesh refinement based on a posteriori local error estimation procedures -P. Fernandes, P. Girdinio, P. Molfino, G. Molinoti, and M. Repetto..................................... 795 Triangular mesh generation using knowledge base for three-dimensional boundary element method — H. Tsuboi, T. Shimotsukasa, and К Kato ........................................................................ 799 Interval mathematics for knowledge-based computer aided design in magnetics — C. S. Brett, C. M. Saldanha, and D. A. Lowther ...................................................................................... 803 A data base method for 3D open boundary field computation - Y. S. Sun, G. S. Zhang, and W. Chen .............. 807 A unified database for data exchange in electromagnetic field computation — Β. Τ. Chia, J. JU Coulomb, J. C. Sabonnadière, J. С. Vérité, and A. Nicolas ............................................................ 811 Optimization of electrotechnical devices using a numerical laboratory -M. Schäfer-Jotter and W. Müller........... 8l5 Implementing a boundary integral method on a transputer system - C. F. Bryant, M. H. Roberts, and С W. Trowbridge 819 Computations of electromagnetic fields on transputers by the MMP method — C. Hafner........................ 823 Distributed processing of FEM in a local area network -K PreL·, G. Vrisk, A. Ziegler, O. Biro, С Magele, W. Renhart, and К. Я Richter.......................................................................... ...... 827 Experience in the use of vector processors for 3D static analysis -N. J. Diserens and A. R Mayhook .............. 831 Three-dimensional magnetic field computation on a distributed memory parallel processor -M. L. Barton ........ 834 Finite element electromagnetic field computation on the sequent symmetry 81 parallel computer — S. Ratnajeevan KHoole .............................. ..... 837 337 7. APPLICATIONS Design optimization of main, gradient and RF field coils for MR imaging — H. Siebold .......................... 841 Electromagnetic computations for fusion devices — Larry R. Turner .......................................... 847 Analysis of vertical instabilities in air core tokamaks in the presence of three-dimensional conducting structures — R. Albanese, E. Coccorese, R, Mortone, and G. Rubinacci ............................................. 853 Evaluation of the electromagnetic consequences of a plasma disruption on the magnetic fusion device in-vessel system - Y. R. Crutzen, S. Rigo, and E. Castillo ............................................................. 857 Electromagnetic transients induced in the tokárnak first wall by a plasma disruption using Trifou — P. Chamsecourte, A. Bossavit, J. С Vérité, and Y. Crutzen ................................................. 861 A computer program system for transient electromagnetic analysis on a tokamak device — 5. Nishio and T. Hone ... 865 Experiments and numerical analysis of eddy currents in the first wall of a fusion reactor — M. Hashimoto, H. Hashizume, T. Sugiura, T. Takagi, К Miya, andM. SeM ................................................ 869 The treatment of cracks in NDT problems using FEM —W. Renhart and С. A. Magele .......................... 873 Simulation analysis of magnetic sensor for nondestructive testing by boundary element method —M. Enokizono and S. Nagata ....................................................................................... 877 Application of zoom-in technique in 3D remote field eddy current effect computation — He-yun Lin and Yu-shiSun 881 Energy flow in remote field eddy current nondestructive testing — H. Hoshikawa, H. Saitou, J. Koido, andY. Ishibashi 885 Eddy-current probe impedance due to a surface slot in a conductor —J. R Bowler, L. D. Sabbagh, andH. A. Sabbagh 889 Numerical analysis of eddy current problems involving Z gradient coils in superconducting MRI magnets — T. Takahashi ....................................................................................... 893 Gradient field coils for MR imaging with high spectral purity -H. Siébold .................................... 897 Design of the RF antenna for MRI - M. Fujita, M. Higuchi, H. Tsuboi, К Тапака, and T. Misaki ................. 901 Numerical analysis of antenna by a surface patch modeling — M. Analoui, H. Tsuboi, and T. Nakata............... 905 Accuracy check of TOSCA using a sectoral magnet with saturated iron poles — M. Kitamura, H. Tomeoku, T. Kobayashi, N. Moki, ondi. Nakata.................................................................. 909 Three-dimensional magnetic field analysis of superconducting 180° bending magnets —J. Nakata, M. Nakajima, T. Hosokawa, and T. Kitayama ....................................................................... 913 Finite element analysis of transient phenomena in four-wound type of superconducting power transformer — I, Muta, T. Furukawa, andH. Koga ................................................................... 917 Calculation of eddy current in the damper of a superconducting generator — T. Takuma, S.Akita, T. Kawamoto, and H. Yasuda ................................................. ч ..................................... 921 2-D finite element calculation of shell losses in power transformers, taking the 3rd dimension into account by means of a correction factor — Triomphant Ngnegueu, Gérard Meunier, Jean Claude Sabonnadiere, Michel Mailhot, and Jean Pierre Arthaud .......................................................·.......·............... 925 A FEM approach to shielding effectiveness in braided-shield cables — M. Feliziani ............................. 929 Analysis of magnetic flux in stator end windings of large turbine generators using Fourier expansion — Tatsuei Nomura and Susumu Maeda ....................................................................... 933 End-region design of a convertor-fed high speed synchronous motor -G.K.M. Khan and Lixin Li ............... 937 Transient analysis of cage-induction motors using finite-elements — S. Williamson, L. H. Lim, and A. C. Smith ...... 941 Numerical calculation of nonlinear sinusoidal electromagnetic field and operational impedances of turbogenerator -Yun-Qiu Tang and Li-Wei Guo ................................................................... 945 Computation of magnetic field in D.C. brushless linear motors built with NdFeB magnets —Amitava Basak and G. H.Shirkoohi ........................................................ V ............................ 948 Calculation of the characteristics of a claw pole generator — R. Belmans, G. Swaenen, W. Geysen, and R. V. Steenbergen ..................................................................................... 952 Quantitative study on harmonic flux densities of squirrel-cage induction motors —A. Ishizaki, G. Liang, and K. Saitoh .......................................................................................... 956 Rnite element analysis of electromagnets and contact systems in low voltage current limiting circuit breakers — A. Abri, R. Nordgrens. Kjellnäs, L. Bånghammar, and S. Lindgren ......................................... 960 finite element simulation of an alternator connected to a nonlinear external circuit — F. Hecht and A. Marrocco ... 964 338 Finite element analysis of induced currents in axisymmetric multi-conductors connected in parallel to voltage sources - T. Nakata, N. Takahashi, К Fuflwara, H. Niinobe, and К Misawa ..................................... 968 A simplified approach to calculating current distribution in paralleled power busses — F. P. Dawson, M. Cao, and P. KJain .......................................................................................... 971 Analysis of the magnetic fields in magnetostrictive rare earth-iron transducers -F. Claeyssen, D.Boucher, A. Foggia, and E. Sabonnadiere .............................................................................. 975 Numerical calculation of the dynamic behaviour of electromagnetic actuators — G. Asche and P. К Sattler......... 979 Alternative reciprocity relations for the read flux in magnetic recording theory — Dirk Quak..................... 983 Finite element simulation of magnetic recording-reproduction process with special attention to AC-biased recording mechanism — Yukio Kagawa and Tadakuni Murai .................................................... 987 A new transient analysis method of the electrical circuit containing with skin effect element — Katsushige Sato, Noribumi Shinohara, and TadashiNaito ............................................................. 991 Time-periodic magnetic field analysis with saturation and hysteresis characteristics by harmonic balance finite element method — J. Lu, S. Yantada, and К. Bessho ........................................................... 995 Transient analysis of magnetostatic waves in a ferrite loaded rectangular waveguide by the spatial network method -N. Kukutsu, N. Yoshida, ondi. Fukai .............................................................. 999 Dynamic error field analysis for compact synchrotron — M. Uesaka, M. Takahashi, M. Ida, M. Marushita, S. Mandai, and Y. Hoshi ................................................................................... 1003 Three dimensional flow of eddy currents in flux concentration apparatus — T. Yoshimoto, K. Bessho, and S. Yamada 1007 Computation of hyperthermia-SAR distributions in 3-D —S. Ratnajeevan H. Hoole, Vythilingham Sathiaseelan, and Ampere Tseng .................................................................................. ЮН An analysis of axisymmetric modified Helmholtz equation by using boundary element method —Atsuhiko Yoneta, Masanori Tsuchimoto, and Toshihisa Honma ........................................................ 1015 Field computation techniques in electron optics —E. Munro, X. Zhu, M. R. Smith, S. R. Desbruslais, andJ. A. Rouse 1019 Optimization of electron lens shape giving minimum spherical aberration coefficient — M. Kato and К Tsuno ..... 1023 The grounding resistance of a circular conducting plate - Edward Kai-Ning Yung and Wai-Yip Tam .............. Ю27 8. FORCE EVALUATION An adaptive finite element method for magnetostatic force computations — Yong-Gyu Park, Hyeong-Seok Kim, and Song-yopHahn ................................................................................. 1031 Evaluation offeree calculating methods — M. Ito, F. Tajimo, and H. Kanazawa ................................ Ю35 Numerical calculation of short circuit electromagnetic forces on the transformer winding — Yun-Qiu Tang, Jing-Qiu Qiao, and Zi-Hong Xu ........................................................................... 1039 Computation of transient electromagnetic torque in a turbogenerator under the cases of different sudden short circuits -Renyuan Tang, Yan Ни, ZhanhongLu, Shiyou Yang, and Miao Lijie ................................... 1°42 Analysis of attractive force of pull-type single phase A.C. electromagnets — Y. Kawase and S. Ito ................ Ю46 Force calculation in axisymmetric induction devices using a hybrid F.E.M.-B.E.M technique — L. Pichón and A. Razek ......................................................................................... 1050 Transient force calculations on a permanent magnet powder metallurgical cored machine — S. Gair and S. J. Yang . Ю54 Comparison of different methods of force calculation — W. Müller .......................................... Ю58 CONFERENCE AUTHOR INDEX ........... . 1062 REGULAR ISSUE PAPERS Magnetic projjerties of a smteredSm(Cott75Feö2oMnftöíCrao2k2 permanent magnet ~R. A. McCurrie and S. Jackson ......................... ^ .1066 339 Magnetization of a biaxial single-domain ferromagnetic particle — D. R. Fredkin and T. R. Koehler ............... 1071 A magnetic force in dry-reed relays —/. Kaczrnarek ....................................................... 1074 A heat fluxmeter based on the Nernst effect — F. Gallin ................................................... 1080 Detection of magnetic anomaly signal by applying adjustable weight functions — K. Mori ....................... 1083 Simulation of magnetic switching action in high-power systems — H. E. Rhinehart, R. A. Dougal, and W. C. Nunnally 1088 A model for coupled magnetic-electric circuits in electric machines with skewed slots — F. Pinou and A. Razek ___ 1096 Thrust expressions for induction motors with thin conducting secondaries — R. P. Bhatia andD. R. Snider ........ 1101 Dynamic model of solenoids under impact excitation , including motion and eddy currents — B. Lequesne ........ 1107 The least squares boundary residual method in electrostatic and eddy current problems —S. Jovicevic and L. Stankovic ................................................................................ ...... 1117 Gradiometer head pulse shapes — J. C Maliimon ....................................................... 1123 Spectral null codes —K.A.S, Immirik ................................................................... 1130
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spelling	COMPUMAG 7 1989 Tokio Verfasser (DE-588)3004698-1 aut Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan New York, NY IEEE 1990 S. 333 - 1135 Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier IEEE transactions on magnetics 26,2 Literaturangaben. - Einzelaufnahme eines Zs.-Bandes Elektromagnetisches Feld (DE-588)4014305-3 gnd rswk-swf Berechnung (DE-588)4120997-7 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1989 Tokio gnd-content Elektromagnetisches Feld (DE-588)4014305-3 s Berechnung (DE-588)4120997-7 s DE-604 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002861461&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan Elektromagnetisches Feld (DE-588)4014305-3 gnd Berechnung (DE-588)4120997-7 gnd
subject_GND	(DE-588)4014305-3 (DE-588)4120997-7 (DE-588)1071861417
title	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_auth	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_exact_search	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_full	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_fullStr	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_full_unstemmed	Conference on the Computation of Electromagnetic Fields September 3 - 7, 1989, Tokyo, Japan
title_short	Conference on the Computation of Electromagnetic Fields
title_sort	conference on the computation of electromagnetic fields september 3 7 1989 tokyo japan
title_sub	September 3 - 7, 1989, Tokyo, Japan
topic	Elektromagnetisches Feld (DE-588)4014305-3 gnd Berechnung (DE-588)4120997-7 gnd
topic_facet	Elektromagnetisches Feld Berechnung Konferenzschrift 1989 Tokio
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002861461&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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