Numerical Techniques in Electromagnetics with MATLAB

** Numerical Techniques in Electromagnetics with MATLAB** Numerical Techniques in Electromagnetics with MATLAB is receiving attention for its comprehensive treatment of computational electromagnetics. The book is praised for its clarity in explaining complex concepts, ensuring that readers are not just skimming the surface but gaining a deeper understanding of the subject. Many users appreciate how the author, Sadiku, provides thorough explanations and doesn't assume prior knowledge, making it suitable for both undergraduate students and self-learners looking to grasp the intricacies of numerical solutions for electromagnetics (EM) problems. Readers highlight the book's well-structured content, including various numerical methods such as Finite Element, Finite Differences, Moments, and Monte Carlo techniques. Each method is accompanied by examples that elucidate application and comparison of results, helping learners appreciate the strengths and limitations of each approach. Notably, the book's introduction to Variational Calculus and how it applies to EM is deemed valuable by several reviewers. However, potential users are advised to be cautious about the book's binding quality, which has garnered significant criticism. Reviewers report that the book is physically difficult to handle, as the stiff spine makes it challenging to keep open, limiting usability. Despite this major drawback, the content quality offers strong justification for purchase, although the high price for the hardcover edition has left some feeling that opting for the paperback edition would be a wiser financial decision. In summary, while the book presents an excellent resource for individuals serious about numerical techniques in electromagnetics, it does come with concerns regarding its physical binding. **