What topics are covered in Computational Electromagnetics with MATLAB, Fourth Edition?

The book covers a wide array of topics essential for understanding computational electromagnetics, including wave propagation, electromagnetic theory, numerical methods, and applications in antenna design and radar. It's structured to provide a foundational understanding of both theory and practical implementation using MATLAB, making it suitable for students and professionals alike. By combining theoretical concepts with programming exercises, readers can apply the learned methodologies to real-world scenarios, reinforcing the material effectively.

Is prior knowledge of MATLAB required to use this book?

While prior knowledge of MATLAB is not mandatory, having some familiarity will enhance the learning experience. The book includes examples and tutorials designed for users at various levels, starting from basic concepts moving towards advanced applications. For those who are new to MATLAB, there's a learning curve, but the text emphasizes hands-on practice, enabling quick skill acquisition in solving electromagnetic problems through computational methods, benefiting both new learners and seasoned practitioners.

Who is the target audience for this edition?

The target audience includes undergraduate and graduate students in electrical engineering or related fields, as well as professionals working in electromagnetics. This edition builds on prior editions to cover recent developments and tools, making it relevant for both academic and industrial applications. Researchers and engineers engaged in developing simulations or working on projects in fields such as telecommunications and materials science will find this resource particularly valuable.

How does this edition differ from previous editions?

The Fourth Edition features updated content reflecting the latest advancements in computational electromagnetics, including new chapters and revised examples based on modern applications. Additionally, it integrates new MATLAB functionalities that streamline computational processes. This makes it easier for readers to tackle complex electromagnetic problems efficiently. By incorporating current trends and technological improvements, this edition ensures that readers are equipped with the most relevant tools and knowledge.

Can this book be used for self-study?

Yes, Computational Electromagnetics with MATLAB, Fourth Edition, is an excellent choice for self-study. The clear explanations, detailed examples, and practical exercises allow readers to learn at their own pace. Each chapter is designed to build on the previous one, facilitating a gradual learning process. Additionally, the book features end-of-chapter problems that challenge readers to apply their knowledge, making it a useful resource for independent learners seeking to enhance their understanding of electromagnetics.

What types of problems does this book help to solve?

This book equips readers to address various problems in electromagnetics, such as antenna pattern analysis, waveguide design, and electromagnetic compatibility testing. Using MATLAB simulations, readers can model complex structures and visualize electromagnetic fields. This practical approach allows students and engineers to effectively troubleshoot and optimize designs in industries like telecommunications, aerospace, and automotive engineering, making the principles taught applicable to real-world challenges.

Are there any supplemental materials available with this book?

Yes, the authors often provide supplemental materials, including MATLAB code examples and simulation data, which can enhance your learning experience. These resources allow readers to implement the concepts discussed in the book directly into MATLAB. Utilizing these supplementary materials expands on the theoretical knowledge and fosters practical skills in computational techniques, making applications in research or industry projects more feasible and effective.

What level of mathematics is required to understand this book?

A solid foundation in undergraduate-level mathematics is recommended to comprehend the contents effectively. Subjects such as differential equations, linear algebra, and complex analysis are particularly relevant. The book is structured to introduce necessary mathematical concepts as they arise, helping readers to bridge any gaps in understanding while applying them to electromagnetics. This ensures that individuals with varying backgrounds can engage with the material and advance their knowledge effectively.

What are the practical applications of learning from this book?

By studying Computational Electromagnetics with MATLAB, Fourth Edition, readers can develop skills applicable in diverse areas such as circuit design, wireless communications, and radar technology. The computational techniques taught enable efficient modeling and analysis of electromagnetic phenomena, making it easier to innovate and solve engineering problems. Graduates can pursue careers in academia, industry, or research settings, where such expertise in electromagnetics is highly sought after.

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Computational Electromagnetics with MATLAB, Fourth Edition

Expand your problem-solving skills in computational electromagnetics with the latest techniques and tools!

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Computational Electromagnetics with MATLAB, Fourth Edition

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Comprehensive Coverage

This edition offers extensive insights into computational electromagnetics, integrating theory and practical MATLAB applications to cater to both students and professionals seeking in-depth knowledge in the field.

Updated Techniques

Incorporating the latest methodologies and tools, this book provides modern techniques that enhance problem-solving in electromagnetics, making it indispensable for those looking to stay current with advancements.

User-Friendly Examples

Featuring practical MATLAB examples and exercises, it enables readers to grasp complex concepts easily, making it an excellent resource for both learning and reference in computational electromagnetics.

Product Details

Publisher	CRC Press
Publication date	July 25, 2018
Edition	4th
Language	English
Print length	708 pages
ISBN-10	113855815X
ISBN-13	978-1138558151
Item Weight	3.1 pounds (1.41 kg)
Dimensions	7 x 1.5 x 10 inches (17.8 x 3.8 x 25.4 cm)

Who Should Buy?

Engineering Students
Ideal for undergraduate and graduate engineering students specializing in electromagnetics and simulation techniques using MATLAB.
Research Professionals
Useful for researchers needing to model electromagnetic phenomena using computational methods and practical MATLAB examples.
Self-learners
Beneficial for individuals pursuing self-study in computational electromagnetics, including practical applications with MATLAB hands-on exercises.

Beginners in Electromagnetics
Novices lacking foundational knowledge may struggle to grasp complex concepts without prior basic understanding of electromagnetics.

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Computational Electromagnetics with MATLAB, Fourth Edition

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Computer Simulation Editorial Review

Computational Electromagnetics with MATLAB, Fourth Edition is an essential resource published by CRC Press on July 25, 2018. This updated edition spans 708 pages and delves into complex topics in electromagnetics while incorporating MATLAB as a powerful tool for simulation. Readers appreciate the book's extensive coverage and clear writing, making it suitable for both students and professionals in the field. With practical examples throughout, this text aids in understanding challenging concepts and applying them effectively. The focus on MATLAB enables practitioners to test theories and visualize results seamlessly, adding remarkable value to the learning experience.

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Pros

Extensive coverage of electromagnetics topics
Clear writing style enhances understanding
Practical examples for real-world applications
Focus on MATLAB aids in theory testing
Suitable for both students and professionals

Cons

Some concepts may require prior knowledge

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Features & Benefits

Reflects the latest advancements in computational electromagnetics.
Offers improved standard algorithms for the finite-difference time-domain (FDTD) method.
Covers absorbing boundary conditions in multiple methods including FDTD and finite element.
Equips readers with skills to analyze and solve electromagnetic problems.
Includes new homework problems in every chapter for enhanced learning.
Features updated MATLAB code and a new appendix on CEM codes.

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