Cover -- CONTENTS -- Editorial advisory board -- Guest editorial -- Adaptive manifold-mapping using multiquadric interpolation applied to linear actuator design -- A hybrid one-then-two stage algorithm for computationally expensive electromagnetic design optimization -- Identification of broadband passive macromodels for electromagnetic structures -- Comparative analysis between modern heuristics and hybrid algorithms -- Electromagnetic device optimization by hybrid evolution strategy approaches -- Interval approach to robust design -- Comparison of multi-objective optimisation approaches for inverse magnetostatic problems -- Iterative identification of hysteresis in Maxwell's equations -- An iterative procedure for equivalent source representation of focusing magnetic fields in TWT -- The coordinated vector model -- Two new variants of the manifold-mapping technique -- Efficient modeling approach for optimization of a system based on passive diamagnetic levitation as a platform for bio-medical applications -- Numerical comparison of sensor arrays for magnetostatic linear inverse problems based on a projection method -- An optimizer using the software component paradigm for the optimization of engineering systems -- Time domain deconvolution approach relying on Galois sequences -- Electromagnetic inspection of concrete rebars -- Krylov subspaces from bilinear representations of nonlinear systems -- Neuro fuzzy modeling of axial field machines behavior -- Optimal design of single-phase induction motor using particle swarm optimization -- Comparison of hp-adaptive methods in finite element electromagnetic wave propagation -- VHDL-AMS based genetic optimisation of fuzzy logic controllers -- Inductor design using signomial programming -- A compensation-based method to model PV nodes in backward/forward distribution network analysis.

Applications of coupled field formulations to electrical machinery -- Electric 3D-simulation of metallized film capacitors -- Identification of equivalent dynamic model parameters in eddy current problems.