... integral methods (VIM) (Trowbridge, 1996 ; Le-Van et al., 2015 ; Han et al., 1994) or FEM-MMP (Smajic et al., 2015) which also does not need to mesh the air. In this work, we choose to work with MMM because it is one of the most popular numerical methods in electrical...

... and can be contacted at: tlnhoang@dct.udn.vn 01 12 2016 21 03 2017 31 03 2017 © Emerald Publishing Limited 2018 Emerald Publishing Limited Licensed re-use rights only Optimization techniques Modelling SQP Numerical methods Harmonics Multiphysics Analytical...

... element analysis Finite element method Topology optimization Numerical methods Adjoint variable method Method of moving asymptotes Level set function Material-density JSPS (Japan Society for the Promotion of Science) Grant-in-Aid for Scientific Research 16K06240 When a design...

... be contacted at: tsibukis@auth.gr 25 02 2017 03 06 2017 © Emerald Publishing Limited 2017 Emerald Publishing Limited Licensed re-use rights only Numerical methods Graphene Electromagnetic compatibility Material statistical variations Stochastic time-domain methods Surface...

... Limited Licensed re-use rights only Numerical methods Electromagnetic waves Wave propagation Finite difference time-domain analysis Integro-differential equation Dispersive media The finite difference time domain (FDTD) method has been widely used for modeling electromagnetic wave...

... number, shape parameter and number of MQ functions will be analyzed in detail. Algorithms Electromagnetic fields Numerical methods Field computation Multi-quadrics function Shape parameter Condition number Effective condition number Boundary value problem Radial basis function...

... the initial guess of δ x (k) is set to a zero vector, the following relational expression is satisfied: (Equation 7) 3D FEM Numerical methods Krylov subspace method Newton-Raphson method Line search Nonlinear finite element analysis Relaxed convergence criterion To accurately...

...) and an additional penalty function (Inline Equation 4) . The structure of penalty function includes all equations of system (2) and can be defined, for example as: © Emerald Group Publishing Limited 2014 Optimal control Numerical methods Analog circuit optimization Generalized optimization...

... plane z (Figure 2(a)). © Emerald Group Publishing Limited 2014 Analytical methods Numerical methods Electrical machines Microstructures Capacitance Electrical power systems It is well known that the narrowness of the current paths in the body of the contact members...

... systematically and presents new shapes for the ferromagnetic poles covers. © Emerald Group Publishing Limited 2014 Magnetic fields Numerical methods Shape optimization Computational geometry Discretization Magnetic density separators are increasingly being used by the waste recycling...

... is extended to curl-conform and div-conform elements. Furthermore, three-dimensional studies are proposed. Antoine Alexandre Journeaux can be contacted at: antoine.journeaux@lgep.supelec.fr © Emerald Group Publishing Limited 2014 Algorithms Magnetic fields Multiphysics Numerical methods...

... in time-domain electromagnetic problems. © Emerald Group Publishing Limited 2014 Electromagnetic CAD Numerical analysis Numerical methods During the past decade, the application of meshfree or meshless methods to solve partial differential equations (PDEs) has been under...

...Andrzej Demenko; Kay Hameyer; Wojciech Pietrowski; Livio Šušnjić; Krzysztof Zawirski; Slawomir Wiak; Krzysztof Smółka Purpose This paper aims to focus on the hybrid numerical method for effective design of silicon micromotor. Design/methodology/approach In this work, the authors introduced...

...Miguel Ángel San Pablo Juárez; Alexander Zemliak; Eduardo Ríos Silva Purpose This work seeks to present the theoretical study considerations and the characteristics of a general design methodology in optimal time for electronic systems using numerical methods and optimal control theory. Through...

... convergence is not achieved because of a worse choice of the starting point. We note that there is no impact on the CPU‐time if the formulation has more variables than another one. Optimal design Analytical model Formulation Modelling Local optimization Numerical methods Inverse problem Electrical...

... is the final position when the electric source is connected. A 0.55 mm deformation is noticed. With this experimental result, the distribution of force attached to any resolution method can be evaluated. © Emerald Group Publishing Limited 2007 Mechanical testing Experimentation Numerical methods...

...Saku Suuriniemi; Lauri Kettunen Finite element‐based PDE solver software systems are typically method‐driven. The user has to supply the data in a particular form required by a numerical method. The method refuses to start if the data is in incorrect format, and breaks down if correctly formatted...

... thin if the thickness is much smaller than the penetration depth of the electromagnetic field, δ=√2/ωμσ. Finite element method Numerical methods Eddy currents Surface formulation © MCB UP Limited 2002 The differences between the values of the induced power...

... Numerical methods Permanent magnets THE computation of the total magnetic force acting upon a permanent magnet can be carried out by means of several methods, which, although theoretically equivalent, exhibit wholly different features and problems from a numerical standpoint. Basically...

... on Brouwer’s theorem. A few numerical examples were illustrated for the selected shape of the investigated boundary. © MCB UP Limited 2001 Shape identification Inverse problems Numerical methods Magnetic fields Boundary conditions The problem of identification will be discussed...