Explore the mathematical tools that model gravity, magnetism, and electric fields.
This volume surveys spherical and ellipsoidal harmonics and the potential theory that underpins attraction problems in physics and engineering. It blends theory with applications, helping readers see how complex shapes influence fields and forces.
This edition guides you through key topics with clear explanations and reference-style detail. You’ll encounter:
- Spherical and ellipsoidal harmonics and their use in expansion of potentials
- Magnetic and electric phenomena, including magnetized bodies and currents
- Methods for transforming circuits to magnetic equivalents and analyzing energy
- Foundational results like Thomson and Dirichlet’s theorem and related discussions
Ideal for students and professionals who work with potential theory, field computations, or theoretical mechanics, this book supports both learning and advanced study.