2018 18th Biennial Conference on Electromagnetic Field Computation CEFC

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活动简介

The Eighteenth Biennial IEEE Conference on Electromagnetic Field Computation CEFC 2018 will be held in Hangzhou, China, October 28-31, 2018. The official conference website will be used for all conference activities including digest submission and review, registration and accommodation. The website is http://www.cefc2018.org. The conference venue is Sheraton Hangzhou Wetland Park Resort.

It is our great pleasure to announce the Eighteenth Biennial IEEE Conference on Electromagnetic Field Computation (CEFC 2018), which is cosponsored by IEEE Magnetics Society, China Electrotechnical Society and Chinese Society for Electrical Engineering. We welcome you to participate in one of the most important biennial scientific and technical events. The aims of the IEEE CEFC are to present the latest developments in modeling and simulation methodologies for the analysis of electromagnetic fields and wave interactions, with the application emphasis being on the computer-aided design of low and high frequency devices, components and systems. Scientists and engineers worldwide are invited to submit original contributions in the areas of Static and Quasi-static Fields, Wave Propagation, Material Modeling, Coupled Problems, Numerical Techniques, Optimization and Design, Software Methodology, Nanomagnetics, Nanophotonics, Bioelectric Field Computation as well as Devices and Applications.

We are looking forward to meeting you in Hangzhou.

征稿信息

重要日期

2018-04-17

摘要截稿日期

2018-10-28

初稿截稿日期

2018-06-20

初稿录用日期

2018-10-28

终稿截稿日期

Topics List

1. Static and Quasi-static Fields (a) Electrostatics, (b) Magnetostatics, (c) Eddy Currents, (d) Numerical Methods, (e) Others

2. Wave Propagation (a) Scattering, (b) Radiation, (c) Time and Frequency Domain, (d) Microwaves, (e) Antennas, (f) Numerical Methods, (g) Radiative Transfer, (h) Others

3. Material Modeling (a) Superconducting Materials, (b) Composite Materials, (c) Hysteresis and Anisotropy, (d) Permanent Magnets, (e) Magnetostrictive or Piezoceramic Materials, (e) Microwave Absorbing Materials, (g) Ab-initio Quantum Mechanical Modeling, (h) Others

4. Coupled Problems (Electromagnetic Field Problems Coupled to): (a) Mechanical Problems, (b) Electric Circuits, (c) Thermal Problems, (d) Micromagnetics, (h) Others

5. Numerical Techniques (a) Mesh Generation and Adaptive Meshing, (b) Solving Linear Systems of Equations, (c) Eigenvalue Problems, (d) Nonlinear Problems, (e) Parallel and Vector Computations, (f) Others

6. Optimization and Design (a) Sensitivity Analysis, (b) Deterministic Methods, (c) Stochastic Methods, (d) Neural Networks, (e) Artificial Intelligence and Expert Systems, (f) Others

7. Software Methodology (a) Software Design, (b) Software Engineering and Software Quality, (c) Computer Graphics and Data Representation, (d) Man-machine Interfaces, (e) Computer Aided Engineering in Classroom, (f) Others

8. Nanomagnetics (a) Spintronics, (b) MEMS/NEMS, (c) Magnetic Recording, (d) MRAM, (e) Micromagnetics Modeling, (f) Ab-initio Magnetic Paranetics Calculating, (g) others

9. Nanophotonics (a) Adaptive optics, (b) Optical Detectors, (c) Electro-optics, (d) Near Field Modeling, (e) Others

10. Bioelectric Field Computation (a) Numerical Approximation, (b) Biomedical Signal Processing, (c) Three-dimensional Geometric Modeling, (d) Constrained Optimization, (e) Large Scale Computing, (f) Scientific Visualization, (g) Integrated Software Environments, (h) Others

11. Devices and Applications (a) Electric Machines and Drives, (b) Nondestructive Testing, (c) Induction Heating, (d) Power Electronics Devices, (e) Wave Guides, (f) Microwaves Resonators, (g) Magnetic Recording, (h) Microsystems, (i) Biomedical Applications, (j) Charged Particles Trajectories, (k) Accelerators, (l) Electromagnetic Launchers, (m) Fusion Machines, (n) Electromagnetic Compatibility, (o) Others