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dennis sullivan m electromagnetic simulation using the fdtd method
Dennis Sullivan M. Electromagnetic Simulation Using the FDTD Method with Python dennis sullivan m electromagnetic simulation using the fdtd method

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Provides an introduction to the Finite Difference Time Domain method a...

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Dennis Sullivan M. Electromagnetic Simulation Using the FDTD Method dennis sullivan m electromagnetic simulation using the fdtd method

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A straightforward, easy-to-read introduction to the finite-difference...

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Yoshihiro Baba Electromagnetic Computation Methods for Lightning Surge Protection Studies dennis sullivan m electromagnetic simulation using the fdtd method

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Presents current research into electromagnetic computation theories wi...

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Stephen Gedney Introduction to the Finite-Difference Time-Domain (FDTD) Method for Electromagnetics dennis sullivan m electromagnetic simulation using the fdtd method

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Stephen Gedney Introduction to the Finite-Difference Time-Domain (FDTD...

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Albert Ruehli Circuit Oriented Electromagnetic Modeling Using the PEEC Techniques dennis sullivan m electromagnetic simulation using the fdtd method

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Bridges the gap between electromagnetics and circuits by addressing el...

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Levent Sevgi Electromagnetic Modeling and Simulation dennis sullivan m electromagnetic simulation using the fdtd method

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Jian-Ming Jin Theory and Computation of Electromagnetic Fields dennis sullivan m electromagnetic simulation using the fdtd method

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Reviews the fundamental concepts behind the theory and computation of...

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Jian-Ming Jin The Finite Element Method in Electromagnetics dennis sullivan m electromagnetic simulation using the fdtd method

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A new edition of the leading textbook on the finite element method, in...

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Jerry Couretas M. An Introduction to Cyber Modeling and Simulation dennis sullivan m electromagnetic simulation using the fdtd method

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Ara Nazarian Low-Frequency Electromagnetic Modeling for Electrical and Biological Systems Using MATLAB dennis sullivan m electromagnetic simulation using the fdtd method

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Provides a detailed and systematic description of the Method of Moment...

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Er-Ping Li Electrical Modeling and Design for 3D System Integration. 3D Integrated Circuits and Packaging, Signal Integrity, Power Integrity and EMC dennis sullivan m electromagnetic simulation using the fdtd method

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New advanced modeling methods for simulating the electromagnetic prope...

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Sullivan M. Age of Myth Book One of The Legends of the First Empire dennis sullivan m electromagnetic simulation using the fdtd method

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Sullivan M. Age of Myth Book One of The Legends of the First Empire

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Mohamed H. Al Sharkawy Electromagnetic Scattering using the Iterative Multi-Region Technique dennis sullivan m electromagnetic simulation using the fdtd method

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Группа авторов Analysis of Electromagnetic Fields and Waves dennis sullivan m electromagnetic simulation using the fdtd method

Группа авторов Analy...

The Method of Lines (MOL) is a versatile approach to obtaining numeric...

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Ken Chen Performance Evaluation by Simulation and Analysis with Applications to Computer Networks dennis sullivan m electromagnetic simulation using the fdtd method

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Dirk Kroese P. Simulation and the Monte Carlo Method dennis sullivan m electromagnetic simulation using the fdtd method

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This accessible new edition explores the major topics in Monte Carlo s...

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Для информации:

The Method of Lines (MOL) is a versatile approach to obtaining numerical solutions to partial differential equations (PDEs) as they appear in dynamic and static problems. This method, popular in science and engineering, essentially reduces PDEs to a set of ordinary differential equations that can be integrated using standard numerical integration methods. Its significant advantage is that the analysis algorithms follow the physical wave propagation and are therefore efficient. This is because the fields on the discretisation lines are described by generalised transmission line (GTL) equations. With this formulation we have a connection to the well known transmission line theory and resulting in an easy understanding. The method of lines is a very accurate and powerful way to analyze electromagnetic waves, enabling a full-wave solution without the computational burden of pure finite element or finite difference methods. With Analysis of Electromagnetic Fields and Waves, Reinhold Pregla describes an important and powerful method for analyzing electromagnetic waves. This book: Describes the general analysis principles for electromagnetic fields. Includes applications in microwave, millimetre wave and optical frequency regions. Unifies the analysis by introducing generalised transmission line (GTL) equations for all orthogonal coordinate systems and with materials of arbitrary anisotropy as a common start point. Demonstrates a unique analysis principle with the numerical stable impedance/admittance transformation and a physical adapted field transformation concept that is also useful for other modelling algorithms. Includes chapters on Eigenmode calculations for various waveguides, concatenations and junctions of arbitrary number of different waveguide sections in complex devices, periodic structures (e.g. Bragg gratings, meander lines, clystron resonators, photonic crystals), antennas (e.g. circular and conformal). Enables the reader to solve partial differential equations in other physical areas by using the described principles. Features an accompanying website with program codes in Matlab© for special problems. Analysis of Electromagnetic Fields and Waves will appeal to electromagnetic field practitioners in primary and applied research as well as postgraduate students in the areas of photonics, micro- and millimetre waves, general electromagnetics, e.g. microwave integrated circuits, antennas, integrated and fibre optics, optoelectronics, nanophotonics, microstructures, artificial materials.