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1. Investigation of Darwin Model with Two Types of Coulomb Gauge Condition in Frequency-Domain Electromagnetic Finite-Element Method

5. Efficient Preconditioning Technique for Frequency Domain Finite Element Simulation of the Darwin Model

6. Low-Frequency Stabilized Formulations of Darwin Model in Time-Domain Electromagnetic Finite-Element Method

7. Magnetic field analysis using hybrid mesh of linear hexahedral and tetrahedral edge elements

8. Improvement of ICCG convergence for thin elements in magnetic field analyses using the finite-element method

9. FEM computation of magnetic field and iron loss in laminated iron core using homogenization method

10. Analysis of eddy currents in surface layer of laminated core in magnetic bearing system using leaf edge elements

11. The Newton--Raphson method accelerated by using a line search--comparison between energy functional and residual minimization

17. On the local force computation of deformable bodies in magnetic field

18. Symmetric second order edge elements for triangles and tetrahedra

19. Multi-Port Model Order Reduction Using a Matrix Cauer Ladder Network

20. Model Order Reduction of an Induction Motor Using a Cauer Ladder Network

21. Static magnetic field analyses by integral method using magnetization with normal continuity in shell structure

22. Analysis for coupled problems between eddy currents and dynamic deflections of a thin shell structure

26. Cauer Ladder Network With Multiple Expansion Points for Efficient Model Order Reduction of Eddy-Current Field

30. Matrix Formulation of the Cauer Ladder Network Method for Efficient Eddy-Current Analysis

34. A New Adaptive Mesh Refinement Method in FEA Based on Magnetic Field Conservation at Elements Interfaces and Non-Conforming Mesh Refinement Technique

35. A New Adaptive Mesh Refinement Method in FEA Based on Magnetic Field Conservation at Elements Interfaces and Non-Conforming Mesh Refinement Technique

50. Computational Accuracy Enhancement in Magnetic Field Analysis by Using Orthogonalized Infinite Edge Element Method.

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