1998 Research papers

[1]"Crack Size and Shape Determination by Moving Magnetic Field Type Sensor"
  IEEE Transactions on Magnetics, Vol. MAG-34, No.4, pp.1252~1254, 1998.7

[2]"Development of a Moving Magnetic Flux Type Sensor using Shading Coils for ECT"
  IEEE Transactions on Magnetics, Vol. MAG-34, No.4, pp.1309~1311, 1998.7

[3]"Fabrication of a Magnetic Drive Unit for that Moves in the Same Direction
  of the Exciting Magnetic Field"

  IEEE Transactions on Magnetics, Vol. MAG-34, No.4, pp.2087~2089, 1998.7

[4]"Improved Magnetic Field Analysis of Induction Motor Models"
  IEEE Transactions on Magnetics, Vol. MAG-34, No.5, pp.2621~2624, 1998.9

[5]"Direct Magnetic Loss Analysis by FEM considering Vector Magnetic Properties"
  IEEE Transactions on Magnetics, Vol. MAG-34, No.5, pp.3008~3011, 1998.9

[6]"Magnetic Shape Memory Ribbon Produced by Rapid Quench Method"
  Journal de Physique IV, Vol. 8, pp. Pr2-245~Pr2-248, 1998.6

[7]"Local Iron Loss Distribution in a Grain-oriented 3% Silicon Steel Sheet
  by Two-Dimensional MagneticMeasurement"

  Journal de Physique IV, Vol. 8, pp. Pr2-713~Pr2-716, 1998.6

[8]"A Moving Magnetic Flux Type Sensor with Shading Coils for Eddy Current Testing"
  Journal de Physique IV, Vol. 8, pp. Pr2-789~Pr2-792, 1998.6

[9]"The Influence of Compressive Stress on the Magnetic Flux Density
  in the Three-phase Induction Motor Core model"

  Journal de Physique IV, Vol. 8, pp. Pr2-713~Pr2-716, 1998.6

[10]"Local Distribution on Magnetic Properties in Grain-oriented Silicon Steel Sheet"
  Journal of Applied Physics, Vol. 83, No.11, pp.6486~6488, 1998.6

[11]"Defect Identification on the Opposite Side of the Conducting Material by Means
  of Genetic Algorithm”

  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.201~204,1998.7

[12]"Rotational Magnetic Flux Sensor with Three Axis Search Coil
  for Non-destructive Testing"

  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.357~360, 1998.7

[13]"Nondestructive Testing by Differential Type of Rotational Magnetic Sensor Studies in Applied"
  Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.361~364, 1998.7

[14]"A New Modeling of Vector Magnetic Properties for Magnetic Field Analysis"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.418~421, 1998.7

[15]"Magnetic Field Analysis of Anisotropic Permanent Magnets"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.633~636, 1998.7

[16]"Analysis of Magnetic Field Problems by using Upwind-FEM with Discrete Del Operator"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.649~632, 1998.7

[17]"Dynamic Finite Element Analysis with a New Sliding Element and Composite Mesh Scheme"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.633~636, 1998.7

[18]"Development of the Special Element for the Laminated Core for the Finite Element Method"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.637~636, 1998.7

[19]"Design of a High-Frequency Excitation Coil used for Electromagnetic Hotplate"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.757~760, 1998.7

[20]"Numerical Simulation of Brushless Synchronous Generator"
  Studies in Applied Electromagnetics and Mechanics 13, Non-linear Electromagnetic Systems, pp.773~776, 1998.7

[21]"Direct Iron Loss Analysis for Transformer by Improved Finite Element Method"
  International Conference on Electrical Machines, Vol. 2/3, pp.988~993, 1998.9

[22]"Dynamic Finite Element Analysis of Electromagnetic Retarder
  with an Upwind Interpolation Function"

  International Conference on Electrical Machines, Vol. 2/3, pp.1306~1311, 1998.9

[23]"Loss and Field Analysis of Induction Motor by Improved Finite Element Method"
  International Conference on Electrical Machines, Vol. 2/3, pp.1312~1317, 1998.9

[24]"Magnetic Field Analysis of Anisotropic Permanent Magnet Motor
  by Finite Element Method considering the Improved VMSW Model"

  International Conference on Electrical Machines, Vol. 2/3, pp.1318~1323, 1998.9

[25]"Traveling Magnetic Field Analysis of Electromagnetic Retarder
  by Using Upwind Finite Element Method"

  The International Conference on Electrical Engineering (ICEE'98), Proceedings, Vol. I, pp.693~696, 1998.7

[26]"Finite Element Analysis of High-Frequency Induction Baking Models
  Considering Temperature Dependence of the Material Characteristics"

  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, pp.780~784, 1998.7

[27]"Non-Destructive Testing by a Moving Magnetic Flux Type Sensor Using Shading Coils"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, pp.472~476, 1998.7

[28]"Identification of Cracks Using Eddy Current Imaging Technique"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, pp.844~848, 1998.7

[29]"Iron Loss Analysis of Three-Phase Transformer by using Finite Element Method"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, pp.852~856, 1998.7

[30]"Improvement of Induction Coil Construction for Uniform Heating"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, pp.860~866, 1998.7

[31]"Discrimination of Reverse Side Defect Properties Using the Differential Type
  of the Rotational Magnetic Flux Sensor with the Neural Network"

  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. I, p.890~896, 1998.7

[32]"Moving Simulation of Material in Magnetic Separator
  by Means of Molecular Dynamics"

  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. II, pp.127~130, 1998.7

[33]"Coupled Numerical Analysis of Magnetic Retarder by Boundary Element Method"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. II, pp.139~142, 1998.7

[34]"Two-Dimensional(Vector) Magnetic Properties of Various Kinds of Magnetic Sheets"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. II, pp.931~934, 1998.7

[35]"Iron Oxide Composite Magnetic Shape Memory Alloy"
  The International Conference on Electrical Engineering(ICEE'98), Proceedings, Vol. II, pp.943~946, 1998.7

[36]"Identification of Failure in Reinforced Concrete by Means of Genetic Algorithm"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.421~428, 1998

[37]"Study on Numerical Modeling of Anisotropic Magnetic Properties"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.429~436, 1998

[38]"Design of High Frequency Induction Coil for Uniform Heating"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.421~428, 1998

[39]"Design of Yoke Shapes in a Loss Tester"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.443~450, 1998

[40]"Magnetic Field Analysis of Permanent Magnet Motor by Finite Element Method
  considering the VMSW Model"

  Journal of Technical Physics, Vol. 39, No.3-4, pp.451~457, 1998

[41]"Comparison of the Various Types of Rotational Magnetic Flux Sensors
  with Search Coils using the Signal-to-Noise Ratio"

  Journal of Technical Physics, Vol. 39, No.3-4, pp.593~606, 1998

[42]"Eddy Current Probe for Biological Structures Identification"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.617~624, 1998

[43]"An Upwind Finite Element Analysis for Travelling Magnetic Field Problems"
  Journal of Technical Physics, Vol. 39, No.3-4, pp.625~633, 1998

[44]"Improvement of the Coil Construction in High Frequency Induction Heating"
  Journal of The Magnetics Society of JapanVol. 22No. 4-2pp.877~880,1998.4

[45]"A Moving Magnetic-Flux-Type ECT Sensor Using Shading Coils"
  Journal of The Magnetics Society of JapanVol. 22No. 4-2pp.897~900, 1998.4

[46]"Local Two-Dimensional Magnetic Properties of Grain-Oriented Sheet"
  Journal of The Magnetics Society of JapanVol. 22No. 4-2pp.901~904, 1998.4

[47]"Self Running Actuators Moving in the Same Direction as the Exciting Magnetic Field"
  Journal of The Magnetics Society of JapanVol. 22No. 4-2pp.949~952, 1998.4


Updated date 6/26/2016