Electric motors with rolling rotors

About the book

The monograph presents new types of electric machines with rotating rotors. The problems include a historical outline of the construction of these engines, as well as the construction and operation principle of switching motors with rolling rotors: cylindrical, non-cylindrical, spherical, disk and planetary, and mixed structures. For this type of machines, a mathematical model was formulated, control systems and methods of physical phenomena analysis were presented. In addition, model constructions were presented, laboratory test results, calculation results for numerical and comprehensive models were presented, and methods for receiving the drive from rotors located eccentrically to the inductors were discussed.

---

Table of Contents

Chapter 1: INTRODUCTION
Chapter 2: THE STATE OF THE PROJECT - A REVIEW OF LITERATURE AND PATENTS
2.1. Synchronous motors with a rotating rotor
2.2. Asynchronous motors with a rolling impeller
2.3. DC motors with a rolling rotor
2.4. Jumping motors with a rolling impeller
2.5. Engines with a rolling impeller for a special application
2.6. Switching reluctance motors with a rotating rotor
Chapter 3: SELECTED ISSUES OF KINEMATICS
Chapter 4: CONSTRUCTION AND PRINCIPLE OF ENGINE OPERATIONS WITH A ROTOR
Chapter 5: ENGINEERED MODEL CONSTRUCTIONS WITH A ROTATING IMPELLER
Chapter 6: ANALYSIS OF BASIC CONSTRUCTION KNITS OF RRSRM ENGINE
Chapter 7: POWER SUPPLY AND CONTROL SYSTEMS
Chapter 8: RELUCCTIVE RELUCTANT MOTOR WITH DOUBLE WEDDING
Chapter 9: RELUCTANT MOTOR SWITCHED WITH A NUCLEYLESSOR ROTOR
9.1. Construction and principle of operation
9.2. Methods for determining the variability of the air gap
9.3. Moment in a reluctance switching motor with a rolling non-cylindrical rotor
9.4. Testing calculations for selected construction solutions
Chapter 10: MACHINES WITH SYMMETRIC PLANET ROLLERS
10.1. Switching motors with rotating planetary rotors
10.2. Generators with rotating planetary rotors
Chapter 11: ENGINE WITH A TIGHTENED ROTOR
Chapter 12: HYBRID RELUCTANT MOTOR SWITCHED WITH A CYLINDER ROTOR
Chapter 13: SWITCH ENGINE WITH A TIGHTENED SPINDLE
13.1. Model constructions of a switching motor with a rolling spherical rotor
13.2. Analysis of the impact of selected construction parameters on the output parameters
Chapter 14: MIXED STRUCTURES
Chapter 15: CALCULATION SYSTEMS TRANSFERRING THE DRIVING MOMENT FROM A ROTATING ROTOR
15.1. Transmission of torque from motors with a rolling cylindrical rotor
15.2. Transmission of torque from motors with a rolling non-cylindrical rotor
15.3. The influence of the eccentricity size on forces and electromagnetic moments
15.4. Ball suspension systems and drive reception
15.5. Transmission in mixed constructions
Chapter 16: MATHEMATICAL MODELS OF THE ENGINE WITH THE ROTOR
16.1. Complex reluctance and impedance model
16.2. Examples of a comprehensive model
16.3. Simulation model
Chapter 17: SUMMARY - DIRECTIONS OF FURTHER RESEARCH
Literature
summary