°üÓÊ Electromagnetic simulation analysis in EMC application

Chapter 1 Electromagnetic simulation analysis in EMC
1£®1 Introduction
1£®2 Analysis of electromagnetic simulation
1£®3 Theoretical foundation for electromagnetic simulation analysis
1£®3£®1 Physical theories of electromagnetic analysis
1£®3£®2 Mathematical theories of electromagnetic analysis
1£®3£®3 Guidance for numerical analysis
1£®4 Introduction of electromagnetic simulation software
1£®4£®1 CST software
1£®4£®2 FEKO software
1£®4£®3 HFSS software
1£®4£®4 ADS software
1£®4£®5 Simple examples of electromagnetic simulation analysis
Thinking questions

Chapter 2 Basic principles of electromagnetic simulation analysis
2£®1 Systematic community in EMC simulation analysis
2£®2 Introduction of Methods for EMC simulation analysis
2£®3 Method of separation of variables
2£®3£®1 Basis of method of separation of variables
2£®3£®2 Application of method of separation of variables
2£®4 Finite difference method
2£®4£®1 Derivation of finite difference equation
2£®4£®2 Discretization of problem region to be solved
2£®4£®3 Treatment of boundary conditions and calculating formulation
2£®4£®4 Application of finite difference method
2£®5 Finite difference time domain method
2£®5£®1 Introduction to time domain
2£®5£®2 Basis of finite difference time domain method
2£®5£®3 1-D formulation of finite difference time domain method
2£®5£®4 2-D formulation of finite difference time domain method
2£®5£®5 Numerical stability and dispersion
2£®5£®6 Absorbing boundary condition
2£®5£®7 Excitation and field region constitution
2£®6 Method of moments
2£®6£®1 Basis of method of moments and its applications
2£®6£®2 Impedance theory in method of moments
2£®6£®3 Generalization for method of moments
2£®7 Variational method
2£®7£®1 Mathematical basis of variational method
2£®7£®2 Definition of variation
2£®7£®3 Euler-Lagrange equation as the simplest functional
2£®7£®4 Solutions of typical variational problems
2£®7£®5 Several techniques for solving differential equations in variation
2£®7£®6 Rayleigh-Ritz method in variation
2£®7£®7 Example of electromagnetic variation
2£®8 Finite element method
2£®8£®1 Variational basis of finite element method
2£®8£®2 Basic steps in finite element method
2£®8£®3 Basic formulation of finite element method
2£®8£®4 Electromagnetic formulation of finite element method
2£®9 Monte Carlo method
2£®9£®1 Basic concepts and processes in Monte Carlo method
2£®9£®2 Application basis of Monte Carlo method
2£®9£®3 Characteristics of Monte Carlo method
2£®9£®4 Special applications of numerical integration
2£®9£®5 Electromagnetic analysis with Monte Carlo method
2£®10 High frequency method
2£®11 Finite integration time domain method
2£®12 Transmission line matrix method
2£®13 Introduction of multi-physical field coupling
Thinking questions
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Chapter 3 Basis of EMC
Chapter 4 Typical applications of EMC simulation analysis

References