Free Ebook The Finite Difference Time Domain Method for Electromagnetics: With MATLAB Simulations, by Atef Z. Elsherbeni, Veysel Demir
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The Finite Difference Time Domain Method for Electromagnetics: With MATLAB Simulations, by Atef Z. Elsherbeni, Veysel Demir
Free Ebook The Finite Difference Time Domain Method for Electromagnetics: With MATLAB Simulations, by Atef Z. Elsherbeni, Veysel Demir
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The scope of the book is the fundamental techniques in the FDTD method. The book consists of 12 chapters, each chapter built on the concepts provided in the previous chapters.
In each chapter the details of the concepts are discussed at a graduate student level. Using this book, students will be able to construct a program with sufficient functionally to solve some basic problems. The construction of final equations is presented with a detailed step-by-step approach. In most cases the full-set of equations are provided.
While constructing the equations, the reader needs to visualize the positioning and orientation of field components in a three dimensional space. This is very difficult and usually requires extensive experience to be able to imagine the 3D space. Therefore, the book presents the construction of equations accompanied by a nice set of 3D illustrations. The figures greatly facilitate the understanding of the concepts.
While the concepts are being presented, it has been kept in mind that the outcome of the book will be a software package that will be sufficient to solve several types of basic electromagnetic problems. In each chapter the transformation of the concepts into programming is explained. Therefore the chapters are presented in such a way that, by adding/developing a new part of the code, chapter by chapter, at the end a well developed FDTD simulation package will be constructed.
A Solutions Manual is also available.
- Sales Rank: #1301816 in Books
- Published on: 2009-12-01
- Original language: English
- Number of items: 1
- Dimensions: 10.10" h x .90" w x 7.20" l, 1.94 pounds
- Binding: Hardcover
- 450 pages
About the Author
Atef Z. Elsherbeni is G.A. Dobelman Distinguished Professor of Electrical Engineering and Computer Science, Colorado School of Mines.
Most helpful customer reviews
0 of 0 people found the following review helpful.
Very useful book, but could be organized a bit better.
By bill
I hate to admit how often I use this book as a reference, rather than some of the more in-depth and technical tombs. It comes with a fully working MatLab simulation, but the organization of the software is a bit scattered. The presentation in the book is also a bit strange, jumping between explaining what is happening and large listings of MatLab code I had to piece routines from several chapters together to get a working version with the features I wanted. It covers all the topics you would need to get your own code going, or to understand the fundamentals of FDTD. If you are only a user of off the shelf FDTD, this book will still be very useful in introducing you to some of the limitations or quirks that you might run into, and giving you an in-depth understanding of what happens behind the scenes.
3 of 4 people found the following review helpful.
surprisingly effective example code listings
By Brady Whisenhunt
I'd just like to mention from personal experience that i was skeptical at first about whether or not i was wasting my time with this book. However it ended up becoming one of the most useful textbooks i've ever read, to the extent to which a textbook teaches the reader how to do something and how to understand something. from a pedagogical perspective I think this one is at the top of the heap.
this is an intro text to be sure. i would have paid an extra 20 bucks if there had been a section on dispersive media and/or Drude metals, but alas, the book does not go that far. no example codes on irregular grids either. but as an intro book this one goes from the basics of how fdtd works to detailing how to set up several typical EM problems, and even includes some of the more complicated topics such as CPML regions and nonlinear lumped element modeling.
from an academic perspective, yes, if you truly want to know every detail of FDTD go pick up the Taflove/Hagness book like anyone else would recommend you do. maybe it's just my particular learning style that the author used, but whatever it was, he hit the nail on the head. i went from knowing essentially nothing about FDTD to fine-tuning an impressive looking MATLAB simulation of a very cool nanophotonics experiment i ran with a pulsed terahertz source.
you can get a very impressive fdtd simulation running from these example codes. The only requirement is that, in my opinion, you MUST actually read the book. it is the only way you will be able to understand how the author wrote the subroutines, and what is necessary and what is not for your particular application. You may have to (as I did) write one or two small .m files of your own if you have unique geometries in your simulation or require additional modifications, but the code is written so well, integration of your own code with the author's is relatively seamless.
the bad news there will be no other help for you from anywhere except book if you can't immediately figure out how to get the example code running. the good news is that this is a very quick read, and the book is very clearly-laid out. if you invest a little time in it you will learn A LOT. i read the book cover to cover in my spare time over the course of about two weeks, and that was all the preparation i needed to figure out how to piece together the sample codes from the CD ROM. it can be done, and the code does work. good luck! :)
0 of 0 people found the following review helpful.
one of the better FDTD books
By bustofnewton
Very good practical introduction to the FDTD method.
and even though you couldn't solve a real problem with matlab code, the matlab code does exactly what it should, shows you something that works and allows you to see how it does work.
the book is well organized and clearly written.
While Taflove's book is better for shear volume of information, it would be much harder to develop working simulations using it.
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