Electromagnetic Field Calculation for High Voltage Direct Current Transmission Lines
Calculation of electromagnetic fields for high voltage direct current transmission lines, guiding line installation with safety-focused computational approaches
2D FDTD Implementation Built Upon 1D Foundation
This program extends the 1D FDTD method to two dimensions, enabling electromagnetic field calculations in waveguides and optical fibers. The implementation includes detailed boundary condition configuration methods, featuring PML (Perfectly Matched Layer) absorption boundaries and periodic boundary implementations for accurate simulations.
2D FDTD Implementation Building Upon 1D Foundations
Extending from 1D to 2D Finite-Difference Time-Domain Method with Enhanced Code Implementation Details