Title page -- Preface -- Contents -- Chapter A. Fundamental Problems and Methods -- A1. Fundamental Problems -- Power Effect in Magnetic Lamination Taking into Account Elliptical Hysteresis Approach -- Study of Electromagnetic Field Properties in the Neighbourhood of the Metallic Corners -- Eddy Currents and Lorentz Forces in Pulsed Magnetic Forming -- Applicability of Microwave Frequencies to the Evaluation of Deeper Defects in Metals -- Electromagnetic Field Energy in Ferromagnetic Barriers -- The Influence of Temperature on Mechanical Properties of Dielectromagnetics -- Influence of the Magnetic Anisotropy on Electrical Machines -- Analysis of Structural Deformation and Vibration of Electrical Steel Sheet by Using Magnetic Property of Magnetostriction -- A2. Methods -- Rapid Design of Sandwich Windings Transformers for Stray Loss Reduction -- Application of Logarithmic Potential to Electromagnetic Field Calculation in Convex Bars -- Multi-Frequency Sensitivity Analysis of 3D Models Utilizing Impedance Boundary Condition with Scalar Magnetic Potential -- Very Fast and Easy to Compute Analytical Model of the Magnetic Field in Induction Machines with Distributed Windings -- Coupling Thermal Radiation to an Inductive Heating Computation -- Consideration of Coupling Between Electromagnetic and Thermal Fields in Electrodynamic Computation of Heavy-Current Electric Equipment -- Force Computation with the Integral Equation Method -- Chapter B. Computer Methods in Applied Electromagnetism -- B1. Computation Methods -- Numerical Simulation of Non-Linear Electromagnet Coupled with Circuit to Rise up the Coil Current -- Numerical Calculation of Power Losses and Short-Circuit Forces in Isolated-Phase Generator Busbar -- Numerical Methods for Calculation of Eddy Current Losses in Permanent Magnets of Synchronous Machines.

3-D Finite Element Analysis of Interior Permanent Magnet Motors with Stepwise Skewed Rotor -- Advance Computer Techniques in Modelling of High-Speed Induction Motor -- Computation of the Equivalent Characteristics of Anisotropic Laminated Magnetic Cores -- Improving Solution Time in Obtaining 3D Electric Fields Emanated from High Voltage Power Lines -- Thermal Distribution Evaluation Directly from the Electromagnetic Field Finite Elements Analysis -- Coordination of Surge Protective Devices Using "Spice" Student Version -- B2. Numerical Models of Devices -- Nonlinear Electromagnetic Transient Analysis of Special Transformers -- Some Methods to Evaluate Leakage Inductances of a Claw Pole Machine -- Reduction of Cogging Torque in Permanent Magnet Motors Combining Rotor Design Techniques -- Optimum Design of Linear Motor for Weight Reduction Using Response Surface Methodology -- Analytical Evaluation of Flux-Linkages and Electromotive Forces in Synchronous Machines Considering Slotting, Saliency and Saturation Effects -- Radiation in Modeling of Induction Heating Systems -- Time-Domain Analysis of Self-Complementary and Interleaved Log-Periodic Antennas -- New Spherical Resonant Actuator -- Chapter C. Applications -- C1. Electrical Machines and Transformers -- Influence of the Correlated Location of Cores of TPZ Class Protective Current Transformers on Their Transient State Parameters -- Machine with a Rotor Structure Supported Only by Buried Magnets -- FEM Study of the Rotor Slot Design Influences on the Induction Machine Characteristics -- Concentrated Wound Permanent Magnet Motors with Different Pole Pair Numbers -- Air-Gap Magnetic Field of the Unsaturated Slotted Electric Machines -- Dynamic Simulation of the Transverse Flux Reluctance Linear Motor for Drive Systems.

Influence of Air Gap Diameter to the Performance of Concentrated Wound Permanent Magnet Motors -- Squirrel-Cage Induction Motor with Intercalated Rotor Slots of Different Geometries -- Analysis and Performance of a Hybrid Excitation Single-Phase Synchronous Generator -- Numerical Calculation of Eddy Current Losses in Permanent Magnets of BLDC Machine -- Analysis of High Frequency Power Transformer Windings for Leakage Inductance Calculation -- Influence of the Stator Slot Opening Configuration on the Performance of an Axial-Flux Induction Motor -- Characteristics of Special Linear Induction Motor for LRV -- Electromagnetic Computations in the End Zone of Power Turbogenerator -- C2. Actuators and Special Devices -- The Impact of Magnetic Circuit Saturation on Properties of Specially Designed Induction Motor for Polymerization Reactor -- Electromagnetic Design of Variable-Reluctance Transducer for Linear Position Sensing -- The Influence of the Matrix Movement in a High Gradient Magnetic Filter on the Critical Temperature Distribution in the Superconducting Coil -- Macro- and Microscopic Approach to the Problem of Distribution of Magnetic Field in the Working Space of the Separator -- Electric Field Exposure Near the Poles of a MV Line -- Study on High Efficiency Swithced Reluctance Drive for Centrifugal Pumping System -- C3. Special Applications -- Power Quality Effects on Ferroresonance -- FEM Computation of Flashover Condition for a Sphere Spark Gap and for a Special Three-Electrode Spark Gap Design -- Recent Developments in Magnetic Sensing -- Modelling of Open Magnetic Shields' Operation to Limit Magnetic Field of High-Current Lines -- Selected Problems of the Flux Pinning in HTc Superconductors -- The Effect of the Direction of Incident Light on the Frequency Response of p-i-n Photodiodes.

3-D Finite Element Mesh Optimization Based on a Bacterial Chemotaxis Algorithm -- Electro-Quasistatic High Voltage Field Simulation of Large Scale 3D Insulator Structures Including 2D Models for Conductive Pollution Layers -- Electromagnetic Aspects of Data Transmission -- Application of the Magnetic Field Distribution in Diagnostic Method of Special Construction Wheel Traction Motors -- Author Index.