Notes on Computational Electromagnetics
These notes are adopted from my presentations at the Ultrafast Optics & Lasers Laboratory of
Bilkent University. The content involves my lecture notes of the advanced electromagnetics theory
courses and other courses that I have taken in Bilkent, as well as my research in the Computational
Electromagnetics Research Center.
- Introduction: Integral Equations in Electromagnetics, 5 Dec. 2014. link
- Maxwell's Equations
- Potential Functions
- Helmholtz's Equation
- E&H-Field Integral Equations
- Equivalence Principle and Scattering from Objects, 16 Jan. 2014. link
- Equivalence Principle
- Uniqueness Conditions
- Scattering From Objects
- Surface Integral Equations
- MFIE Hypersingularity Extraction
- Radar-Cross Section
- The Method of Moments for Solutions of EM Problems (in progress), TBA.
- Discrtetization of SIEs
- Numerical Integration
- Singularity Extraction
- Iterative Solutions