... of the stator and the full motor to investigate the existence of correlations in the interior permanent magnet synchronous motor. Design/methodology/approach A multiphysics simulation framework is proposed to evaluate the sound pressure levels of multiple motor geometries in a given design space...

... Electrical machine Finite element analysis Induction machine modeling Multiphysics Reduced-order model Space vector theory (1) − div ( 1 μ grad A z ) + γ ∂ A z ∂ t = γ E 0 must be solved numerically, where µ is the permeability, γ...

... with multiphysics macromodels, they can be realized as circuits that include both lumped and distributed parameters. Design/methodology/approach The macromodels are extracted with a robust procedure from the solution of Maxwell’s equations with electromagnetic circuit element (ECE) boundary conditions...

... at: remi.bourrou@grenoble-inp.fr Induction heating Multiphysics Numerical analysis Magnetohydrodynamics In the context of nuclear waste treatment, Andra, the CEA and the Orano Company are currently developing a process where metallic and dielectric radioactive wastes are treated simultaneously...

... model is verified by solving the related electromagnetic problem by the finite element simulator COMSOL Multiphysics. The computation of dissipated power and temperature is based on experimental data on temperature-dependent dielectric constant, loss factor, specific heat and thermal conductivity...

... 05 06 2019 13 11 2019 13 11 2019 Induction heating Multiphysics Computer-aided design Finite element method Diffusion process Computational electromagnetics The problem is to predict the distribution of material properties in a specific steel, in the form of a 400 mm...

... suitable for multi-physics interactions. © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Multiphysics Design optimization methodology Computational electromagnetics An alternate approach to using the power provided by a network of processing...

...Francois Bay; Jose Alves Purpose The purpose of this paper is to study the influence of the induction heating phenomenon during magnetic pulse forming (MPF) of thin walled tube components. The approach is based on the advanced use of the multiphysics finite element software FORGE® coupling...

... modelling approach using commercial software COMSOL Multiphysics is presented in the paper by coupling electrical, heat transfer and fluid flow problems. The slag material phase change and corresponding changes of physical properties such as electrical conductivity and viscosity are modelled by step...

... the multiphysics and the full-wave electromagnetic phenomena and their couplings. In the final model, the multiphysics electromechanical phenomena is reduced to a system with lumped components with nonlinear elastic and damping forces, coupled with a system with distributed and lumped components which represents...

... hardening system. Marco Baldan can be contacted at: baldan@etp.uni-hannover.de 31 05 2019 15 08 2019 30 10 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Induction heating Multiphysics Optimal design Finite element...

...-commercial purposes), subject to full attribution to the original publication and authors. The full terms of this licence may be seen at http://creativecommons.org/licences/by/4.0/legalcode Multiphysics Differential evolution Optimal design Finite element method Evolution strategies Material...

... to the original publication and authors. The full terms of this licence may be seen at http://creativecommons.org/licences/by/4.0/legalcode Induction heating Multiphysics Finite element method Coupled systems Computational electromagnetics Magnetic nonlinearity Depending on the actual heating...

.... Multiphysics Wave propagation Microwaves Microwave applications in chemical industry have been attractive since Gedey et al. (1986) used microwaves in organic synthesis. Under microwave irradiation, reaction rates of chemical reactions could be accelerated and physical properties...

... 2017 © Emerald Publishing Limited 2018 Emerald Publishing Limited Licensed re-use rights only Design optimization Electrical machines Multiphysics Experimental designs Multi-model optimization Indirect optimization Corrected response surface method The field of embedded...

... The paper aims to size a multiphysical system by optimization. In this way, the sizing of an aircraft electrical power channel by optimization has been carried out. The models of all the channel components are analytical. Specifically, the frequency model of the power electronics is based on Tran et al...

.... Energy harvesting Multiphysics Optimal design Applied electromagnetism The more and more widespread use of remote wireless sensors located in inaccessible sites makes their supply an interesting field of research. It is in fact critical to reach this goal when the use of electrochemical...

... stages: Antoine Alexandre Journeaux can be contacted at: antoine.journeaux@lgep.supelec.fr © Emerald Group Publishing Limited 2014 Algorithms Magnetic fields Multiphysics Numerical methods Computer simulation Finite element modelling An advanced model of magnetic devices...

... heating Electromagnetic fields Multiphysics The general solution for equations (1) and (2) is: Equation 7   Equation 8   A is termed as vector potential, ψ is scalar potential. Fields A and ψ are given ambiguously. For example, field ψ may be selected arbitrarily...

.... Design/methodology/approach A three‐dimensional multiphysical numerical model for analyzing contact problems is proposed. Electrical and thermal field equations in bulk domains are discretized with the cell method (CM). Welding resistance at contact interfaces is described locally by synthetic statistic...