EE 741 Advanced Electromagnetic Scattering Phenomena
Time domain methods have several advantages over conventional frequency domain methods in the area of numerical electromagnetic solutions to scattering/radiation problems. For example, time domain methods work better for wide-band signature studies, are better suited for parallel and GPU processing. These methods are also provide better visual representations for understanding the field interactions. The material covered in this course includes direct solution of the domain integral equations using marching-on-time (MOT) methods, finite difference time domain method (FDTD), Transmission Line matrix (TLM) method, time domain finite element (TDFE) method, and time domain finite volume method (TDFV).