Electromagnetic Modeling and Applications
This activity is aimed at developing new numerical techniques and computer codes for the analysis and design of two- and three-dimensional electromagnetic structures with abrupt geometrical and/or material discontinuities, such as sharp wedges made of different materials in contact. The activity considers the development of high-order models and fast solvers with broad applications, ranging from Electromagnetic Compatibility and Intentional Electromagnetic Interference to Antennas, Electromagnetic Scattering, and Micromachines.
Here is a short list of the key activities:
Research topics
- Computational electromagnetics: Advanced numerical methods
- Computational electromagnetics: Novel semi-analytical and analytical methods
- Monitoring systems for improving efficiency and welfare of residential buildings
- Optimization and electromagnetic monitoring of new communication technologies
Research projects
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Electromagnetic Signature of Edge-Structures for Unexploded Ordnance Detection
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Vectorial Expansion Functions for Singular Fields
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Detection and Electromagnetic signature of hidden objects for transportation hubs and infrastructure security
Leader
Members