Topic outline

• General
  
  

  General

  Course Instructor

  Prof. Dr. Abdullah Y. Öztoprak e-mail: abdullah.oztoprak@emu.edu.tr

                                

                                   

  Course Assistant:

                                

                                

  • News forum
  • Electromagnetics Chat Room
  • TRANSFORMATION RELATIONS File
  • GRADIENT, DIVERGENCE, CURL File
  • Sample Midterm Questions File
  • EENG232 Quiz1 results File
  • Midterm Results File
  • Q2 Results File
  • Sample Final File
  • Q3 and Final Results File
• HOMEWORKS
  
  

  HOMEWORKS

  • Homework1 File
  • EENG232 Homework2 File
  • EENG232 Homework 3 File
• Course Description
  
  

  Course Description

  • EENG232 Course Description File
• VECTORS
  
  

  VECTORS

   Vector Algebra, Orthogonal Coordinate Systems, Gradient, Divergence, Divergence Theorem, Curl, Stokes's Theorem, Helmholtz Theorem.

  • Lecture 1 - Vectors File 376.8KB PDF document
  • Lecture 2 File
  • Lecture 3 Intagrals Containing Vector Functions File
  • Lecture 4 Gradient of a Scalar Field File
  • Lecture 5 Flux, Divergence of a Vector Field, Divegence Theorem File
  • Lecture 6 Curl of a Vector Filed, Stokes Theorem
• STATIC ELECTRIC FIELDS
  
  

  STATIC ELECTRIC FIELDS

  Coulomb's Law, Electric Field Intensity, Gauss Law, Electric Flux Density in Free Space, Electrostatic Potential, Work Done,Electric Dipole.

  • Lecture 8 File
  • Lecture 9 File
  • Lecture 10 File
  • Lecture 11 File
• ELECTRIC FIELDS IN MATERIAL SPACE
  
  

  ELECTRIC FIELDS IN MATERIAL SPACE

  Conductors. Polarization and Dielectrics, Equivalent Polarizarion Volume and Surface Charge Densities, Suscebtibility and Dielectric Constant, Isotropic, Linear and Homogeneous Dielectrics, Boundary Conditions, Laplace and Poisson Equations, Capacitance and Capacitors, Energy Density, Potential Energy. Steady Currents, Current Density, Conductivity of Conductors,Ohm's Law and Resiarance. Power Dissipation and Joule's Law. Conservation of Charge, Continuity Equation, Kirchhoff's Current Law, Boundary Conditions for Steady Current Density, Leakage Resistance of a Lossy Dielectric Between to Conductors, Calculation of Resistance from the Capacitance.

  • Lecture 12 File
  • Lecture 13 File
  • Lecture 14 File
  • Lecture 15 File
  • Lecture 16 File
  • Lecture 17 File
  • Lecture 18 File
  • Lecture 19 File
• MAGNETOSTATICS
  
  

  MAGNETOSTATICS

  Introduction, Biot-savart Law, Forces due to Magnetic Fields, Ampere's Circuidal Law, Magnetic Flux Density, Magnetic Vector Potential. Magnetization and Equivalent Current Densities, Magnetic Field Intensity, Hysterisis Loop, Boundary Conditions for B and H, Inductance and Inductors, Magnetic Energy.

  • Lecture 20 File
  • Lecture 21 File