Mechanical Design of Electric Motors (Paperback)

PrefaceList of SymbolsIntroduction of Electric MotorsHistory of Electric MotorsMotor Design CharacteristicsClassifications of Electric MotorsMotor Design and Operation ParametersSizing EquationsMotor Design Process and ConsiderationMotor Failure ModeIP CodeRotor DesignRotor in Induction MotorPermanent Magnet RotorRotor Manufacturing ProcessRotor Dynamic BalancingInterference FitStress Analysis of RotorRotordynamic AnalysisRotor Burst Containment AnalysisShaft DesignShaft MaterialsShaft LoadsShaft Design MethodsEngineering CalculationsShaft Design IssuesStress ConcentrationTorque Transmission through Mechanical JointsFatigue Failure: Alternative LoadingShaft Manufacturing MethodsShaft Misalignment between Motor and Driven MachineShaft CouplingStator DesignStator LaminationMagnet WireStator InsulationManufacturing Process of Stator CoreStator Encapsulation and ImpregnationStator Design ConsiderationsMechanical Stress of StatorMotor Frame DesignTypes of Motor HousingTesting Methods of Casted Motor HousingEedbell ManufacturingMotor Assembly MethodsFastening System DesignAnti-Corrosion of Electric Motor and ComponentsMotor BearingBearing ClassificationBearing DesignBearing Fatigue LifeBearing Failure ModeBearing NoiseBearing SelectionBearing Performance ImprovementMotor Power LossesPower Losses in Windings Due to Electric Resistance in Copper WiresEddy Current and Magnetic Hysteresis LossesMechanical Friction LossesWindage LossesStray Load LossesMotor CoolingIntroductionConductive Heat Transfer TechniquesNatural Convection Cooling with FinsForced Air Cooling TechniquesLiquid Cooling TechniquesPhase-Change Cooling TechniquesRadiative Heat TransferOther Advanced State-of-the-Art Cooling MethodsMotor Vibration and Acoustic NoiseVibration and Noise in Electric MotorFundamentals of VibrationElectromagnetic VibrationsMechanical VibrationsVibration MeasurementsVibration ControlFundamentals of Acoustic NoiseNoise Types and Measurements for Rotating Electric MachinesMotor Noise Abatement TechniquesMotor TestingMotor Testing StandardsTesting Equipment and Measuring InstrumentsTesting Load LevelTesting MethodsOff-Line Motor TestingOnline Motor TestingModeling, Simulation, and Analysis of Electric MotorsComputational Fluid Dynamics and Numerical Heat TransferThermal Simulation with Lumped-Circuit ModelingThermal Analysis using Finite Element MethodRotordynamic AnalysisStatic and Dynamic Stress/Strain AnalysisFatigue AnalysisTorsional Resonance AnalysisMotor Noise PredictionBuckling AnalysisThermally-Induced Stress AnalysisThermal Expansion and Contraction AnalysisInnovative and Advanced Motor DesignHigh Temperature Superconducting MotorRadial-Flux, Multi-Rotor, or Multi-Stator MotorAxial-Flux, Multi-Rotor, or Multi-Stator MotorHybrid MotorConical Rotor MotorTransverse-Flux MotorReconfigurable Permanent Magnet MotorVariable Reluctance MotorPermanent Magnet Memory MotorAdjustable and Controllable Axial Rotor/Stator Alignment MotorPiezoelectric MotorAdvanced Electric Machines for Renewable EnergyMicromotor and NanomotorReferences