Computational Scientific Methods with focus on the advancement of computational electromagnetics (CEM) for large scale electromagnetic modeling. Development of advanced numerical formulations in conjunction with sophisticated Maxwell solvers for analyzing large scale electromagnetic problems for real-life applications.
- Domain decomposition methods (DDM) for finite element method (FEM) and boundary integral equation (BIE) method;
- Multilevel, algebraic and geometrical multigrid methods for large and multi-scale electromagnetic modeling.
- Krylov iterative methods, fast and parallel algorithms and higher order p-adaption techniques in the finite element method.
Applied Electromagnetics for Commercial/ Civilian Engineering Applications:
- Electromagnetic compatibility/interference (EMC/EMI), lightning, shielding and grounding analysis for industrial applications.
- Electromagnetic scattering, wave propagation and electromagnetic analysis of objects with complex shapes and materials.
- Microwave and millimeter-wave EM applications; RF design; modeling and applications of meta-materials.
- Radiation and antennas design problems for wireless communication systems; array antennas and frequency selective surfaces.