Development of complex electromagnetic problems using FDTD subgridding in hybrid computational techniques /

Complex electromagnetic problems using new hybridised computational techniques combining the frequency domain Method of Moments (MoM), Finite-Difference Time-Domain (FDTD) and a subgridded Finite-Difference Time-Domain (SGFDTD) method are studied and discussed in detail. The techniques are desirable...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Ramli, Khairan N. (Editor ), Abd-Alhameed, R. A. (Raed A.) (Editor ), Excell, Peter S. (Editor )
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York : Nova Publishers, [2014]
Colección:Engineering tools, techniques and tables.
Temas:
Electromagnetism > Mathematical models.
Finite differences.
Time-domain analysis.
Numerical grid generation (Numerical analysis)
Électromagnétisme > Modèles mathématiques.
Différences finies.
Analyse temporelle.
Grilles (Analyse numérique)
SCIENCE > Physics > Electricity.
SCIENCE > Physics > Electromagnetism.
Electromagnetism > Mathematical models
Finite differences
Time-domain analysis
Acceso en línea:Texto completo
Tabla de Contenidos:
  • DEVELOPMENT OF COMPLEX ELECTROMAGNETIC PROBLEMS USING FDTD SUBGRIDDING IN HYBRID COMPUTATIONALTECHNIQUES
  • DEVELOPMENT OF COMPLEX ELECTROMAGNETIC PROBLEMS USING FDTD SUBGRIDDING IN HYBRID COMPUTATIONALTECHNIQUES
  • Library of Congress Cataloging-in-Publication Data
  • CONTENTS
  • PREFACE
  • Chapter 1: NUMERICAL SOLUTION OF MAXWELL EQUATIONS USING FDTD AND MOM
  • ABSTRACT
  • 1.1. BACKGROUND AND MOTIVATIONS
  • 1.2. HISTORY OF FDTD
  • 1.3. HISTORY OF MOM
  • 1.4. STATE OF ART OF THE ORIGINAL CONTRIBUTION
  • 1.5. OVERVIEW OF THE BOOK
  • REFERENCES
  • ""Chapter 2: FDTD TECHNIQUE FOR FIELD TRUNCATION""""2.1. INTRODUCTION""; ""2.2. FDTD UPDATING STENCILS""; ""2.3. NUMERICAL DISPERSION""; ""2.4. INCIDENT WAVE SOURCE CONDITIONS""; ""2.5. ABSORBING BOUNDARY CONDITIONS (ABC)""; ""CONCLUSION""; ""REFERENCES""; ""Chapter 3: SURFACE KERNEL SOLUTION OF THE METHOD OF MOMENTS""; ""ABSTRACT""; ""3.1. INTRODUCTION""; ""3.2.MAXWELLâ€?S EQUATIONS""; ""3.3.MOMENT METHOD""; ""3.4. ONE-DIMENSIONAL ANTENNAS""; ""3.5. TWO-DIMENSIONAL ANTENNAS""; ""3.6. THREE-DIMENSIONAL ANTENNAS""; ""3.7. NORMAL-MODE HELICAL ANTENNA""; ""3.8. SURFACE CURRENT FORMULATION""
  • 3.9. EVALUATION OF IMPEDANCE MATRIX ELEMENTS3.10. SOLUTION FOR SINGULARITY
  • 3.11. SIMULATION AND RESULTS
  • CONCLUSION
  • REFERENCES
  • APPENDIX A
  • APPENDIX B
  • Chapter 4: QUASI-STATIC FINITE-DIFFERENCE TIME-DOMAIN SUBGRIDDING TECHNIQUE
  • ABSTRACT
  • 4.1. INTRODUCTION
  • 4.2. QUASI-STATIC THEOREM
  • 4.3. VALIDATION OF SUBGRIDDING METHOD
  • 4.4. INTERACTION BETWEEN OHTL AND BURIED PIPELINE
  • 4.5. NEAR FIELD SIMULATION
  • CONCLUSION
  • REFERENCES
  • Chapter 5: EFFECT OF ANISOTROPIC MAGNETO-CHIRALITY ON MICROSTRIP RESONATOR CHARACTERISTICS
  • ""ABSTRACT""""5.1. INTRODUCTION""; ""5.2. THEORETICAL FORMULATION""; ""5.3. GREENâ€?S TENSOR EVALUATION""; ""5.4. INTEGRAL EQUATION SOLUTION""; ""5.5. HALF-POWER BANDWIDTH""; ""5.6. SURFACE WAVES INVESTIGATION""; ""5.7. COMPLEX MEDIA PARAMETER EFFECT ON THE INPUT IMPEDANCE""; ""5.8. RECTANGULAR MICROSTRIP ANTENNA WITH UNIAXIAL BIANISOTROPIC CHIRAL SUBSTRATE-SUPERSTRATE""; ""5.9. ASYMMETRICAL EFFECTS OF BIANISOTROPIC SUBSTRATE-SUPERSTRATE SANDWICH STRUCTURE""; ""CONCLUSION""; ""REFERENCES""; ""Chapter 6: INTERACTION OF EMFIELDS TO THE HUMAN BODY USING HYBRID COMPUTATIONAL METHOD""
  • ""ABSTRACT""""6.1. INTRODUCTION""; ""6.2. HYBRID MOM-FDTD-SGFDTD THEORETICAL FORMULATION""; ""6.3. VALIDATION OF RADIATED FIELD""; ""6.4. HYBRID MODEL TECHNIQUE""; ""CONCLUSION""; ""REFERENCES""; ""Chapter 7: QUASI-STATIC FDTD SCHEME FOR ELECTRICALLY-SMALL REGIONS IN FREE SPACE, LOSSLESS AND LOSSY PENETRABLE MEDIA""; ""7.1. INTRODUCTION""; ""7.2. ANALYTICAL SOLUTION""; ""7.3.MODIFIED BERENGERâ€?S PML""; ""7.4. VERIFICATION METHOD""; ""CONCLUSION""; ""REFERENCES""; ""Chapter 8: COMPUTATION OF ELECTROMAGNETIC FIELD INSIDE A TISSUE USING QUASI-STATIC AND LUMPED-ELEMENT FDTD SCHEME""

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