Mechanical Design of Electric Motors

Mechanical Design of Electric Motors

Contents
  • List Of Symbols
  • Introduction To Electric Motors
  • History Of Electric Motors
  • Motor Design Characteristics
  • Motor Torque
  • Static And Dynamic Torque
  • Motor Torque In Motorload System
  • Continuous Torque
  • Peak Torque
  • Stall Torque
  • Cogging Torque And Reduction Methods
  • Torque Ripple
  • Motor Speed
  • Continuous Speed
  • Peak Speed
  • Speed Ripple
  • Torque Density
  • Motor Power And Power Factor
  • Torque–Speed Characteristics
Mechanical Resonance And Resonant Frequency
  • Loadtomotor Inertia Ratio
  • Duty Cycle
  • Motor Efficiency
  • Definition Of Motor Efficiency
  • IEC Standards On Efficiency Classes Of AC Electric Motors
  • Motor Insulation
  • Motor Operation Reliability
  • Classifications Of Electric Motors
  • DC And AC Motors
  • Singlephase And Threephase Motors
  • Induction And Permanent Magnet Motors
  • Synchronous And Asynchronous Motors
  • Servo And Stepper Motors
  • Gear Drive And Direct Drive Motors
  • Brush And Brushless Motors
  • Reluctance Motors
  • Radialflux And Axialflux Motors
  • Rotary And Linear Motors
  • Open And Enclosed Motors
  • Motor Classification According To Power Rating
  • Motor Design And Operation Parameters
  • Back EMF Constant,
  • Torque Constant
  • Velocity Constant
  • Motor Constant, Km
  • Mechanical Time Constant
  • Electrical Time Constant,
  • Mechanical Design of Electric Motors
Thermal Time Constant
  • Viscous Damping
  • Sizing Equations
  • Motor Design Process And Considerations
  • Design Process
  • Design Integration
  • Mechatronics
  • Motor Failure Modes
  • IP Code
  • References
  • Rotor Design
  • Rotor In Induction Motor
  • Wound Rotor
  • Squirrel Cage Rotor
  • Factors Impacting Resistance Of Squirrel Cage Rotor
  • Doublecage Rotor
  • Casting Squirrel Cage Rotor
  • Skin Effect
  • Induction Motor Design Types And Their Performing
  • Characteristics
  • Permanent Magnet Rotor
  • Discovery Of Phenomenon Of Magnetism
  • Permanent Magnet Characteristics
  • Permanent Magnet Materials
  • Ferrite Permanent Magnets
  • Rareearth Permanent Magnets
  • New Developments Of Permanent Magnets
  • Magnetization
  • Factors Causing Demagnetization
  • Maximum Operation Temperature
  • Permanent Magnet Mounting And Retention Methods
  • Corrosion Protection Of Permanent Magnets
  • Rotor Manufacturing Process
  • Lamination Materials
  • Lamination Cutting
  • Mechanical Design of Electric Motors

Lamination Surface Insulation
  • Lamination Annealing
  • Lamination Stacking
  • Rotor Casting For Squirrel Cage Motor
  • Heat Treatment Of Casted Rotor
  • Rotor Assembly
  • Rotor Machining And Runout Measurement
  • Rotor Balancing
  • Types Of Unbalance
  • Rotor Balancing Machine
  • Balancing Operation
  • Interference Fit
  • Press Fit
  • Shrink Fit
  • Serration Fit
  • Fitting With Adjustable Ringfeder® Locking Devices
  • Fitting With Tolerance Rings
  • Stress Analysis Of Rotor
  • Rotordynamic Analysis
  • Rotor Inertia
  • Motor Critical Speed And Resonance
  • Rotor Burst Containment Analysis
  • Rotor Burst Speed
  • Energy In Rotating Rotor
Kinetic Energy In Rotor
  • Elastic Potential Energy In Rotor
  • Ratio Of Potential Energy To Kinetic Energy Of Rotor
  • Rotor Burst Containment Design
  • References
  • Shaft Design
  • Shaft Materials
  • Shaft Loads
  • Shaft Design Methods
  • Macaulay’s Method
  • Area–Moment Method
  • Castigliano’s Method
  • Graphical Method
  • Engineering Calculations
  • Normal Stress For Shaft Subjected To Axial Force
  • Bending Stress For Shaft Subjected To Bending Moment
  • Torsional Shear Stress And Torsional Deflection
  • Lateral Deflection Of Shaft
  • Lateral Deflection Due To Bending Moment
  • Lateral Deflection Due To Transverse Force
  • Lateral Deflection Due To Shear Force
  • Shaft Design Issues
  • Shaft Design Considerations
  • Shaft Rigidity
Critical Shaft Speed
  • Shaft With Uniform Diameter
  • Stepped Shaft
  • Dimensional Tolerance
  • Dynamic Shaft Runout
  • Shaft Eccentricity
  • Heat Treatment And Shaft Hardness
  • Shaft Surface Finishing
  • Shaft Lead
  • Shaft Seal
  • Oring Seal
  • Mechanical Design Of Electric Motors
  • Wei Tong Mechanical Design Of Electric Motors
  • Mechanical Design Of Electric Motors Wei Tong Pdf

Mechanical Design Of Electric Motors Pdf
  • Mechanical Design Of Electric Motors Pdf Download
  • Mechanical Design Of Electric Motors Pdf Free
  • Mechanical Design And Manufacturing Of Electric Motors
  • Mechanical Features Of Electric Motor
  • Mechanical Characteristics Of Dc Motor
  • Types Of Motor In Mechanical Engineering
  • Mechanical Design And Manufacturing Of Electric Motors Pdf
  • Types Of Mechanical Motors
  • Mechanical Design Engineer Salary Tesla
  • Mechanical Design Of Electric Motors By Wei Tong
  • Mechanical Engineering Jobs In Kia Motors
  • C Motor
  • Design C Motor
  • Design Of Electric Motors
Mechanical Designer Vs Mechanical Design Engineer
  • What Is Design In Mechanical
  • Electric Motors Design
  • Design E Motor
  • G E Electric Motors
  • G E Mechanical
  • Electric Motor Design Book
  • J E M Mechanical
  • J D Mechanical
  • J Mechanical
  • K & M Design & Engineering Limited
  • L And D Mechanical
  • Design N Motor
  • Nema Design Motors
  • Nema Design D Motors
  • R Mechanical Engineering
  • R And D Mechanical Engineer
  • S Mechanical Chicago
  • Mechanical Design Of Electric
  • Wei Tong Mechanical Design
  • U Of U Mechanical Engineering Emphasis
  • U Of U Mechanical Engineering Tech Electives
  • U Mech
  • Vehicle Electric Motor Design
  • Y Motors
  • Y Motor Diagram
  • Z Mechanical
  • 2 Types Of Motors
  • 3 Types Of Electric Motors
  • 3 Motors
Electric Motor Designs
  • 4 Types Of Motors
  • 4 Motor Ev
  • 5 Types Of Electric Motors
  • Electric Engine Design
  • 6 Phase Electric Motor
  • 7 Motor
  • 8 Pole Electric Motor
  • 8 Pole Motor
  • 9 Electric Motor
  • Designing Electric Mo