chapter 1 INDUCTION MACHINES: AN INTRODUCTION -- chapter 2 CONSTRUCTION ASPECTS AND OPERATION PRINCIPLES -- chapter 3 MAGNETIC, ELECTRIC, AND INSULATION MATERIALS FOR IM -- chapter 4 INDUCTION MACHINE WINDINGS AND THEIR M.M.Fs -- chapter 5 THE MAGNETIZATION CURVE AND INDUCTANCE -- chapter 6 LEAKAGE INDUCTANCES AND RESISTANCES -- chapter 7 STEADY STATE EQUIVALENT CIRCUIT AND PERFORMANCE -- chapter 8 STARTING AND SPEED CONTROL METHODS -- chapter 9 Skin and On – Load Saturation Effects -- chapter 10 AIRGAP FIELD SPACE HARMONICS, PARASITIC TORQUES, RADIAL FORCES, AND NOISE -- chapter 11 LOSSES IN INDUCTION MACHINES -- chapter 12 THERMAL MODELING AND COOLING -- chapter 13 INDUCTION MACHINE TRANSIENTS -- chapter 14 MOTOR SPECIFICATIONS AND DESIGN PRINCIPLES -- chapter 15 IM DESIGN BELOW 100 KW AND CONSTANT V AND f -- chapter 16 INDUCTION MOTOR DESIGN ABOVE 100KW AND CONSTANT V/f -- chapter 17 INDUCTION MACHINE DESIGN FOR VARIABLE SPEED -- chapter 18 OPTIMIZATION DESIGN -- chapter 19 THREE PHASE INDUCTION GENERATORS -- chapter 20 LINEAR INDUCTION MOTORS -- chapter 21 SUPER-HIGH FREQUENCY MODELS AND BEHAVIOUR OF IMs -- chapter 22 TESTING OF THREE-PHASE IMs -- chapter 23 SINGLE-PHASE INDUCTION MACHINES: THE BASICS -- chapter 24 SINGLE-PHASE INDUCTION MOTORS: STEADY STATE -- chapter 25 SINGLE-PHASE IM TRANSIENTS -- chapter 26 SINGLE-PHASE INDUCTION GENERATORS -- chapter 27 SINGLE-PHASE IM DESIGN -- chapter 28 SINGLE-PHASE IM TESTING.