Lez. 1

Prof. Giuseppe Vecchi

Course out-line and general introduction

Lez. 2

Prof. Piergiorgio Uslenghi

Maxwell's equations

Lez. 3

Prof. Piergiorgio Uslenghi

Electromagnetic Potentials

Lez. 4

Prof. Piergiorgio Uslenghi

Superpotentials. Hertzian Dipole. Equivalent Sources. Lorentz Forces

Lez. 5

Prof. Piergiorgio Uslenghi

Energy and Power. Boundary Conditions I

Lez. 6

Prof. Piergiorgio Uslenghi

Boundary Conditions II

Lez. 7

Prof. Piergiorgio Uslenghi

Constitutive Relations

Lez. 8

Prof. Frederick Mark Tesche

Introduction to Electromagnetic Compatibility (EMC)

Lez. 9

Prof. Frederick Mark Tesche

Introduction to Electromagnetic Compatibility (EMC)

Lez. 10

Prof. Michel Ianoz

Cross-talk between two circuits (I)

Lez. 11

Prof. Michel Ianoz

Cross-talk between two circuits (II)

Lez. 12

Prof. Frederick Mark Tesche

Antennas: Radiation of EM Fields

Lez. 13

Prof. Frederick Mark Tesche

Scattering and Reception of EM Fields

Lez. 14

Prof. Frederick Mark Tesche

Radiation in the Presence of Conducting Bodies

Lez. 15

Prof. Michel Ianoz

Transmission Line Theory

Lez. 16

Prof. Frederick Mark Tesche

Interaction of Electromagnetic Waves with Transmission Lines

Lez. 17

Prof. Frederick Mark Tesche

Effects of Lossy Earth on EM Fields

Lez. 18

Prof. Frederick Mark Tesche

Radiations Models for Apertures

Lez. 19

Prof. Frederick Mark Tesche

Shielded Cables

Lez. 20

Prof. Frederick Mark Tesche

Electromagnetic Shielding

Lez. 21

Prof. Frederick Mark Tesche

Examples of Models and Their Use

Lez. 22

Prof. Roberto Graglia

Introductin to numerical methods for EMC

Lez. 23

Prof. Roberto Graglia.

Properties of integral equations

Lez. 24

Prof. Roberto Graglia

Derivation of integral equations

Lez. 25

Prof. Roberto Graglia

Electric, magnetic and combined field integral equations

Lez. 26

Prof. Roberto Graglia

Combined Source Integral Equation. Thin-wire Structures

Lez. 27

Prof. Roberto Graglia

Integral Equations for Bodies with Revolution Symmetry

Lez. 28

Prof. Roberto Graglia

Parametric elemnts

Lez. 29

Prof. Roberto Graglia

Integral Equations for Penetrable Objects

Lez. 30

Prof. Roberto Graglia

The Finite Element Method - Part 1

Lez. 31

Prof. Roberto Graglia

The Finite Element Method - Part 2

Lez. 32

Prof. Roberto Graglia

The Method of Finite Differences in Time Domain

Lez. 33

Prof. Roberto Graglia

Radiation and Absorbing Boundary Conditions

Lez. 34

Prof. Giuseppe Vecchi

Lightning and LEMP I

Lez. 35

Prof. Giuseppe Vecchi

Lightning and LEMP II

Lez. 36

Prof. Rodolfo Zich

EMP (I) - Phisycs

Lez. 37

Prof. Rodolfo Zich

EMP (II) - Phisycs

Lez. 38

Prof. Rodolfo Zich

EMP (III) - Interaction with systems

Lez. 39

Prof. Rodolfo Zich

EMP (IV) - Protections

Lez. 40

Prof. Michel Ianoz

Lightning Electromagnetic Effects (I)

Lez. 41

Prof. Ianoz

Lightning Electromagnetic Effects (II)

Lez. 42

Prof. Motohisa Kanda

EM Field Measurement and Standards (I)

Lez. 43

Prof. Motohisa Kanda

EM Field Measurement and Standards (II)

Lez. 44

Prof. Motohisa Kanda

Electronic and Photonic Sensors for Electromagnetic Fields Measurements

Lez. 45

Prof. Motohisa Kanda

Modelling and Analyses of Reverberation (Mode-Stirred) Chambers