~The Point and Program~ CD included (Contains programs written in compliance with FORTRAN 2000)
To effectively use the FDTD simulator, it is essential to have a good understanding of the simulation content and its limitations. This book summarizes the basics of the FDTD method and key points of electromagnetic field analysis based on the authors' experiences in an easy-to-understand manner. For those who wish to create their own programs or want to know the inner workings of the simulator, we have included programs written in accordance with FORTRAN 2000. This book aims to enable readers to quickly perform calculations and analyses, as well as serve as a guide for creating their own programs.
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<Authors> Toru Uno Professor, Department of Advanced Electrical and Electronic Engineering, Graduate School of Symbiotic Science and Technology, Tokyo University of Agriculture and Technology Kazuhide Naniwa Associate Professor, Department of Communication Engineering, Faculty of Information and Communication Engineering, Osaka University of Economics Takuji Arima Lecturer, Department of Electrical and Electronic Engineering, Faculty of Engineering, Tokyo University of Agriculture and Technology ◆Publication Date: May 30, 2011 ◆Format: B5 size, with CD, 85 pages ◆Price: 29,400 yen (including tax)
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29,400 yen (including tax)
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Chapter 1: Fundamentals of the FDTD Method 1. Maxwell's Equations 2. One-Dimensional FDTD Method 3. Three-Dimensional FDTD Method 4. Two-Dimensional FDTD Method 5. Modeling of Objects 6. High Dielectric Constant Media Chapter 2: Absorbing Boundary Conditions 1. Mur's Absorbing Boundary Condition 2. PML Absorbing Boundary Condition 3. Example Program for PML Chapter 3: Antenna Analysis 1. How to Specify Feeding Voltage in Antenna Analysis 2. How to Calculate Feeding Current and Input Impedance 3. Example Calculation of Input Impedance 4. How to Determine Directivity and Its Program Chapter 4: Electromagnetic Field Scattering Analysis 1. Electromagnetic Field Analysis Using the FDTD Method 2. Calculation Methods for Scattered Fields and Their Programs 3. Calculation Methods for Reflection Coefficients for Media and Structures and Their Programs 4. Analysis Methods for the Human Body and Their Programs Chapter 5: Analysis of Periodic Structures 1. Methods Using the Symmetry of Electromagnetic Fields and Their Programs 2. Constant-k Method
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