Preface
Introduction
Motivation
Quasistatic Magnetic Field Equations
Power and Energy Formations
Series and Parallel Concentric Coils
The Resistance of a Single Layer Coil on a Cylindrical Winding Form
Multiple Layer Series Connected Winding Design
Multiple Layer Parallel Connected Air-Core Inductor Design
An Experimental Method for Designing Multiple Layer Coils
Low Frequency Cables and Shielding
Resistance of a Straight Isolated Cylinder or Wire
Increased Cable Ampacity Using Multiple Coaxial Conductors and Inductive Compensation
Resistance of Litz Wire- A Direct Calculation
Eddy Current Shielding by a Conducting Cylinder in a Transverse Magnetic Field
Current Carrying cylinder in a Uniform Transverse Magnetic Field
Torque and Braking in a Magnetic Field
Conducting Cylinder in a Transverse Magnetic Field
Eddy Current Damping Due to a Linear Array of Magnetic Poles
Electromechanical Applications
Appendix A: Properties of Bessel Functions
Appendix B: Integral Formulas for Bessel Functions
Appendix C: Approximations for Bessel Functions
Appendix D: Surface Impedance
Selected Bibliography
Index
Biography
Michael P. Perry
