Examines the most recent advances in linear motion electromagnetic device and system technology. Beginning with a summary of basic principles, it provides in-depth coverage of construction guidelines, performance analysis, and design criteria of linear electromagnetic energy conversion systems and devices. Applies all theory to modern applications and demonstrates designs for industrial applications such as control and guidance systems.
|Product dimensions:||3.03(w) x 3.03(h) x (d)|
Table of Contents
Introduction and Governing Equations.
Classification of Linear Machines.
Low-Speed Linear Induction Motors (lim's).
Low-Speed Linear Synchronous and Stepper Motors.
Low-Speed dc Linear Motors.
Linear Induction Liguid-Metal Systems.
Linear Homopolar dc mhd Systems.
Linear Induction Motors (Lim's) for Ground Transportation.
Linear Inductor Motors for Transportation.
Active Guideway Synchronous Motors (LSHM's) for Transportation.
Active Guideway Superconducting Synchronous Motors (LSCM) for Transportation.
Active Guideway dc Linear Motors for Transportation.
Linear-Motion Electromagnetic Levitators (LEL).
Linear-Motion Electrodynamic Levitators (EDL).
The Electrodynamic Wheel (EDW).
Linear-Motion Uncontrolled Electromagnets.