This text investigates the mathematical and physical principles governing eddy currents within conductive materials. Richard L. Stoll provides a rigorous examination of electromagnetic induction, utilizing Maxwell's equations to model current distribution and power loss in various geometric configurations. The work serves as a comprehensive reference for engineers and physicists seeking to quantify the effects of time-varying magnetic fields on metallic structures.

Experts recognize this monograph as a foundational technical resource for understanding electromagnetic induction phenomena. Readers frequently note the high level of mathematical density, which requires a strong background in vector calculus and field theory.