Introduction to Antenna Analysis Using EM Simulators Artech House Microwave Library 1st Edition by Hiroaki Kogure, Yoshie Kogure, James C Rautio ISBN 160807157X 9781608071579
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Product details:
ISBN 10: 160807157X
ISBN 13: 9781608071579
Author: Hiroaki Kogure, Yoshie Kogure, James C Rautio
Introduction to Antenna Analysis Using EM Simulators Artech House Microwave Library 1st Table of contents:
Chapter 1 – Introduction to Antenna Theory
What is an Antenna?
Basic Principles of Antenna Operation
Types of Antennas
Fundamental Parameters of Antenna Design
Chapter 2 – The Role of EM Simulation in Antenna Analysis
Overview of Electromagnetic Simulation
Why Use EM Simulators for Antenna Design?
Types of EM Simulation Methods
Applications of EM Simulators in Antenna Design
Chapter 3 – Fundamentals of Electromagnetic Simulators
Introduction to Numerical Methods in EM Simulation
Finite Difference Time Domain (FDTD)
Method of Moments (MoM)
Finite Element Method (FEM)
Comparison of Different Simulation Techniques
Chapter 4 – Overview of Popular EM Simulation Software
Overview of Commercial EM Simulators
Simulation Tools: HFSS, CST Microwave Studio, FEKO, and More
Key Features of Each Software Package
Choosing the Right Tool for Your Antenna Design
Chapter 5 – Setting Up an Antenna Simulation
Defining Simulation Parameters
Geometry Creation and Mesh Generation
Material Properties and Boundary Conditions
Simulation Setup and Solution Process
Post-Simulation Data Analysis
Chapter 6 – Antenna Modeling Techniques
Modeling Simple Antenna Structures
Challenges in Modeling Complex Geometries
Techniques for Accurate Modeling of Materials and Boundaries
Using Symmetry to Simplify Models
Chapter 7 – Analyzing Antenna Performance
Key Performance Metrics: Gain, Efficiency, Bandwidth
Radiation Patterns and Directivity
Impedance Matching and VSWR
Analyzing Results: S-parameters, Far-Field Data, and Near-Field Data
Chapter 8 – Designing Antennas with EM Simulators
Design of Basic Antennas: Dipoles, Monopoles, and Microstrip Antennas
Optimizing Antenna Designs Using EM Simulators
Design Challenges: Size, Bandwidth, and Efficiency
Case Studies in Antenna Design and Optimization
Chapter 9 – Advanced Topics in Antenna Simulation
Phased Arrays and Their Simulation
Broadband Antennas and Techniques for Simulating Wideband Performance
Antennas for Special Applications (e.g., MIMO, 5G, and Satellite Communications)
Advanced Materials and Metamaterials in Antenna Design
Chapter 10 – Practical Considerations and Challenges
Dealing with Simulation Errors and Convergence Issues
Computational Resources and Time Management in EM Simulations
Validation of Simulation Results with Measurements
Tips for Efficient and Accurate Simulations
Chapter 11 – Future Directions in Antenna Simulation
Trends in Antenna Technology and Simulation Software
The Role of AI and Machine Learning in Antenna Design
Emerging Applications: 5G, IoT, and Beyond
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Tags: Hiroaki Kogure, Yoshie Kogure, James C Rautio, Antenna Analysis, EM Simulators, House Microwave