Research Areas:
- Numerical methods in electromagnetics.
- Numerical analysis, treatment of singularities/numerical pathologies.
- Electromagnetic field theory.
- Microwave and Millimeter-Wave Components.
- Computer-Aided Analysis and Design.
- Gradient-based synthesis/design techniques of microwave components.
- Periodic structures.
- Applied mathematics, applied physics.
- Quantum many-particle systems.
Research Interests:
Dr. Amari is involved in research projects in numerical methods in electromagnetics, numerical analysis, synthesis and design of microwave resonator filters and other passive microwave components.
Current research efforts focus on:
- Coupled-integral-equation techniques.
- Mode-matching methods, Spectral-Domain Methods.
- Method of Moments.
- Acceleration techniques of Moment Methods.
- Microwave filter synthesis.
- Numerical integration of singularities/oscillating functions.
- Design of RF coils for Magnetic Resonance Imaging.
- Optimization of passive microwave circuits.
- Dielectric resonator filters.
- Polarization detection in fish.