Electromagnetic Fields and Wave Analysis: Theoretical Methods and Applications of the Semi-Analytical Method

Author: Sheng Jianqi
Publisher:
Publish Date: 2006-08-01
Features: This book comprehensively introduces the theoretical foundation, usage methods, and practical applications of the semi-analytical method against the background of electromagnetic fields and waves. It is the outcome of the project "Theoretical Research on Semi-Analytical Method in Electromagnetic Field and Wave Analysis," which was nominated for the First Prize of the National Natural Science Award by the Ministry of Education in 2003. The book consists of 9 chapters, including: Introduction, Theoretical Foundation and Method of the Semi-Analytical Method, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Three-Dimensional Steady Electric Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Steady Magnetic Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Steady Eddy Current Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Waveguide and Resonator Problems, Solving Nonlinear Steady Magnetic Fields with the Semi-Analytical Method, Coupled Solving of the Semi-Analytical Method with the Finite Element Method or the Boundary Element Method, and Solving Matrix Equations in the Semi-Analytical Method, etc. This book can be read by researchers in the field of electromagnetic field and wave analysis computation, and it can also serve as a reference for scientists and engineers in fields such as mechanics, thermodynamics, and geophysics. This book comprehensively introduces the theoretical foundation, usage methods, and practical applications of the semi-analytical method against the background of electromagnetic fields and waves. It is the outcome of the project "Theoretical Research on Semi-Analytical Method in Electromagnetic Field and Wave Analysis," which was nominated for the First Prize of the National Natural Science Award by the Ministry of Education in 2003. The book consists of 9 chapters, including: Introduction, Theoretical Foundation and Method of the Semi-Analytical Method, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Three-Dimensional Steady Electric Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Steady Magnetic Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Steady Eddy Current Fields, Theoretical Analysis and Application of the Semi-Analytical Method in Solving Waveguide and Resonator Problems, Solving Nonlinear Steady Magnetic Fields with the Semi-Analytical Method, Coupled Solving of the Semi-Analytical Method with the Finite Element Method or the Boundary Element Method, and Solving Matrix Equations in the Semi-Analytical Method, etc. This book can be read by researchers in the field of electromagnetic field and wave analysis computation, and it can also serve as a reference for scientists and engineers in fields such as mechanics, thermodynamics, and geophysics.