Electromagnetic Theory
Contents
--------------->>> Vector Analysis <<<---------------
Vector and scalar quantities
Relations between cartesian, cylindrical and spherical coordinates
Del, gradient, divergence, curl, Laplacian, Green and Stokes
Exercise
--------------->>> Electrostatics <<<---------------
Tables of constants
Coulomb and Gauss's laws, Electric flux density, field intensity and electric potential
Laplace and Poisson equations, Ohm's law and dielectric materials
Capacitances and energy in electrostatic field
Exercise
--------------->>> Magneto-static <<<---------------
Magnetic force, field intensity, flux density, Biot-Savart and Gauss law
Ampere's law, inductance, magnetic circuit, Faraday's low
Boundary conditions, Maxwell's equations
Exercise
--------------->>> Cables and Overhead line <<<---------------
Equivalent circuit
General equations for line current and voltage
Wave characteristics
Transient, power, losses, impedance and Smith chart
--------------->>> Antenna Propagation <<<---------------
Traveling wave and types of antenna
Radiation and gain
Resistance, impedance, dipole and monopole antenna
Yagi, periodic and dish antenne
Elliptic, circular, patch antenne; reflection and loss antenna
Matching network and smith chart
Wi-Fi, bluetooth and ZigBee
Smart antenna and linear array factor
Fiber optic communication
Exercise
Electric Design
Contents
--------------->>> Maxwel Equations <<<---------------
Vector calculus and electromagnetic equations
Computer aided design concept
Magnetism and finite difference
Exercise
--------------->>> Finite Element <<<---------------
Finite element method
Finite element general concept
Exercise
--------------->>> Electromagnetic Design <<<---------------
Magnetic energy and losses
Inductor design
Computer flow chart
Permanent magnet design
Permanent magnet B-H curves
Exercise
--------------->>> Design of Electromagnet <<<---------------
Energy and thermal behaviour
Coil design
Magnet design
Transformer design
Exercise
Assignment 1
Assignment 2