16th Biennial IEEE Conference on Electromagnetic Field Computation (CEFC 2014)

Key Topics

• Wave Propagation
  Radiation, Scattering, Microwaves, Time and Frequency Domain, Numerical Methods, Antennas, Radiative Transfer
• Static and Quasi-static Fields
  Magnetostatics, Electrostatics, Numerical Methods, Eddy Currents
• Coupled Problems (Electromagnetic Field Problems Coupled to)
  Mechanical Problems, Electric Circuits, Thermal Problems, Micromagnetics
• Material Modeling
  Composite Materials, Superconducting Materials, Permanent Magnets, Hysteresis and Anisotropy, Microwave Absorbing Materials, Magnetostrictive or Piezoceramic Materials, Ab-initio Quantum Mechanical Modeling
• Optimization and Design
  Sensitivity Analysis, Deterministic Methods, Stochastic Methods, Neural Networks, Artificial Intelligence and Expert Systems
• Numerical Techniques
  Mesh Generation and Adaptive Meshing, Solving Linear Systems of Equations, Eigenvalue Problems, Nonlinear Problems, (e) Parallel and Vector Computations
• Nanomagnetics
  MEMS/NEMS, Spintronics, MRAM, Magnetic Recording, Ab-initio Magnetic Paranetics Calculating, Micromagnetics Modeling
• Software Methodology
  Software Design, Software Engineering and Software Quality, Computer Graphics and Data Representation, Man-machine Interfaces, Computer Aided Engineering in Classroom
• Bioelectric Field Computation
  Numerical Approximation, Biomedical Signal Processing, Three-dimensional Geometric Modeling, Constrained Optimization, Large Scale Computing, Scientific Visualization, Integrated Software Environments
• Nanophotonics
  Adaptive optics, Optical Detectors, Electro-optics, Near Field Modeling
• Devices and Applications
  Electric Machines and Drives, Nondestructive Testing, Induction Heating, Power Electronics Devices, Wave Guides, Microwaves Resonators, Magnetic Recording, Microsystems, Biomedical Applications, Charged Particles Trajectories, Accelerators