Description
This textbook provides engineering students and professionals with a thorough introduction to numerical methods using MATLAB as the primary computational tool. The author, Karl F. Warnick, combines theoretical foundations with practical applications, particularly emphasizing computational electromagnetics examples that illustrate key concepts.
The book covers essential numerical techniques including root finding, linear systems, interpolation, differentiation, integration, and differential equations. Each topic is presented with clear explanations, algorithm development, and MATLAB implementations that students can immediately apply. The electromagnetics examples demonstrate how abstract numerical methods solve real engineering problems, making the material more engaging and relevant.
Ideal for undergraduate and graduate engineering courses, this resource helps readers develop both conceptual understanding and coding proficiency. The integration of theory, numerical methods, and practical MATLAB programming makes it an invaluable reference for anyone working in electrical engineering, physics, or applied mathematics.
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