Electromagnetics for Practicing Engineers, Second Edition

Electromagnetics for Practicing Engineers bridges theory and application, delivering a comprehensive guide to the fundamentals and practice of electromagnetics. Transform abstract EM concepts into strategies for solving practical design and safety problems impacting aerospace, defense, and commercial systems. Discover the basics of vector analysis and Coulomb forces. Capacitance, dielectric materials, and inductance are covered in detail. Free-space topics such as electromagnetic waves, boundary conditions, and Maxwell's Equations are explained with an emphasis on applications in the field. Learn to apply Gauss's Law to field calculations, use Laplace's Equation to resolve potential complications, and analyze displacement current and induced EMF in magnetic circuits. Explore real-world obstacles with detailed case studies and solutions taken directly from the author's professional engineering work. Move quickly from equations to effective solutions with examples that show how field challenges were diagnosed and resolved, such as mitigating static charge in liquid fuel systems, ensuring accurate fuel sensing in aircraft tanks, or predicting attenuation effects at higher frequencies. This is an essential reference for practicing electrical engineers, aerospace and defense technologists, and advanced students pursuing the applied guidance and theoretical grounding required to handle electromagnetics with confidence.

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