Raymond Rumpf’s courses on FDTD
size: 67.18 MB
|- Rumpf_Raymond_C_200608_PhD.pdf - 10.10 MB
|- QMALL20121005.pdf - 2.40 MB
|- Lecture 9 – Finite Difference Method.pdf - 976.00 kB
|- Lecture 8 – Perfectly Matched Layer.pdf - 1.50 MB
|- Lecture 7 – Diffraction Gratings and the Plane Wave Spectrum.pdf - 2.10 MB
|- Lecture 5 – TMM Using Scattering Matrices.pdf - 1.10 MB
|- Lecture 4 – Transfer Matrix Method.pdf - 1.50 MB
|- Lecture 3 – Electromagnetic Principles.pdf - 5.70 MB
|- Lecture 24 – Introduction to Variational Methods.pdf - 1.90 MB
|- Lecture 23 – Slice Absorption Method.pdf - 4.20 MB
|- Lecture 22 – Method of Lines.pdf - 743.00 kB
|- Lecture 21 – RCWA Extras.pdf - 2.60 MB
|- Lecture 20 – RCWA Implementation.pdf - 771.00 kB
|- Lecture 2 – Maxwell’s Equations.pdf - 2.40 MB
|- Lecture 19 – RCWA Formulation.pdf - 1.20 MB
|- Lecture 18b – PWEM Extras.pdf - 634.00 kB
|- Lecture 18 – Plane Wave Expansion Method v2.pdf - 2.00 MB
|- Lecture 17 – Maxwell’s Equations in Fourier Space.pdf - 2.10 MB
|- Lecture 16 – Beam Propagation Method.pdf - 760.00 kB
|- Lecture 15 – Finite-Difference Time-Domain.pdf - 1.70 MB
|- Lecture 14 – FDFD Extras.pdf - 1.90 MB
|- Lecture 13 – FDFD Implementation.pdf - 2.10 MB
|- Lecture 12 –FDFD Formulation.pdf - 6.20 MB
|- Lecture 11 – Finite-Difference Analysis of Waveguides.pdf - 2.80 MB
|- Lecture 10 – Maxwell’s Equations on a Yee Grid.pdf - 3.00 MB
|- Lecture 1 – Introduction to CEM.pdf - 4.80 MB