CONTENTS -- Editorial advisory board -- Experimental design method applied to a multiphysical model -- Regularization of inverse magnetostatic problems: possibilities and pitfalls -- CoreLab: a component-based integrated sizing environment -- Genetic optimisation of radial eddy current couplings -- Hybrid method coupling AIS and zeroth order deterministic search -- Identifying material properties of a dielectric motor -- System optimization by multiobjective genetic algorithms and analysis of the coupling between variables, constraints and objectives -- LORETA-contracting algorithm for solving EEG source distribution problems -- Analytical model for the optimal design of a brushless DC wheel motor -- An improved technique for interface shape identification in magnetic fluid dynamics -- A circuital formulation for direct electrical resistive tomography problems -- Three component magnetic field data -- Shape and material optimization using gradient methods and the adjoint problem in time and frequency domain -- Description of power lines by equivalent source system -- A fast algorithm for inversion of MLP networks in design problems -- Recent experiences of multiobjective optimisation in electromagnetics -- A multi-objective analysis of a special switched reluctance motor -- Study of the inverse problem resolution quality: application to low-field magnetostatic -- Optimisation in electromagnetics with the space-mapping technique -- Optimal design of electric vehicles drive train -- Some geometrical and evolutionary procedures for optimizing the calculation times of 3D current fields by the finite element method -- Co-sizing of an electromechanical device by using optimisation process -- Magnetic force computation with hysteresis -- Tracking space-vector plot asymmetries in transformer differential relaying.

Lossy three-phase transmission line transient analysis by Park approach -- Scalar and vector potentials' coupling on nonmatching grids for the simulation of an electromagnetic brake.