Computational Electromagnetics
Computational electromagnetics
consists of solving Maxwell's equations by numerical methods with given initial
or boundary values. These solutions describe propagation of electromagnetic
waves and interactions with material. A fundamental understanding of these
phenomena are important in many applications.
In the field of computational electromagnetics,
the work of the research division is focused on developing integral equation
methods for solving time harmonic Maxwell's equations. Applications to real
life problems and contract research with industry plays a crucial role in
the work of the research group.
Research goals
- Develop efficient numerical methods for solving (time-harmonic)
Maxwell's equations.
- Apply the developed methods to real life problems.
- Contract research with industry.
Research methods
Personnel
Index | Research
| Publications | Staff
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