Microwave Power Engineering with Advanced Computer Modeling

Malgorzata Celuch is assistant professor at the Institute of Radioelectronics, Warsaw University of Technology, Warsaw, Poland. Specializing in computational electromagnetics and multiphysics modeling, her current research focuses on conformal FDTD methods, new applications of FDTD for microwave power problems, and frequency-domain parameter extraction from FDTD simulations. Vadim V. Yakovlev is research associate professor in the Department of Mathematical Sciences at Worcester Polytechnic Institute, Worcester, Massachusetts. His current research interests include computational electromagnetics; mathematical/computer modeling and CAD for microwave & millimeter wave systems; EM optimization and inverse problems; coupled EM/thermal boundary value problems; multiphysics modeling in microwave power engineering, artificial neural networks applied in material sciences, high frequency electromagnetics , food engineering; modeling-based reconstruction of material parameters; microwave imaging in closed systems; and non-destructive evaluation/monitoring of microwave sintering.

Control of the Microstructure of Powder Metallurgy Products by Microwave Heating. Electromagnetic and Thermal Analysis of High Power Industrial Microwave Ovens for Metal Casting Applications. Time-Resolved Imaging of Material Changes Under Microwave Irradiation. Modeling and Measurements of Susceptors for Microwave Heating Applications. Advanced Microwave Measurements for High-Power Applications. Parameter Analysis of Atmospheric Microwave Plasma Generation in Fluidized Beds. FEM Simulation of Microwave Plasma. Efficient Techniques of ANN-Based Microwave Imaging in Closed Systems. Microwave Power Applications to Metamaterial and Measurement of Complex Permittivity under NMR Temperature Mapping. Microwave Quantum Interactions for Polymer and Composite Curing. Appendix.