Week 1: Review of Magnetic Circuits
History Prospect of Electrical Machines, Electric Fields, Magnetic Fields, Review of Electromagnetic laws, Electric and Magnetic Circuits Interface, Magnetic Materials and Concepts of BH Curves.
Week 2: Review of Magnetic Circuits-II
Magnetic Circuits with and without Air gaps, Multiple Winding Magnetic Circuits and Permanent Magnets, Force Equations in Electromagnetic Systems, Design of Electromagnetic Systems.
Week 3: Rotating Electrical Machines
Realization of Electrical Machines with the Principles of Electromagnets, Working Principles of the Rotating Machines, Magnetic Fields in AC and DC Machines.
Week 4: Rotating Machine Windings
DC Machine Windings, AC Machine Windings
Week 5: Variable Pole Machines and Generalized Theory for Design of Electrical Machines-I
Winding Design for Variable Speed Machines, Importance, Design factors and Standards of the Electrical Machines, Sizing Equations with D2L (Volume) Product
Week 6: Generalized Theory for Design of Electrical Machines-II
AC Machine Windings Examples with Laboratory Prototype, Sizing Equations with D3L (Volume) Product, Volume, Power Density, Induction Motor (IM) Design, Main dimensions, Analysis of Copper Function and Output Function w.r.t the Electric Machine D3L Product Equation
Week 7: Induction Motor Design-I
Design Procedure of an Electric Machine, Name Plate Details and Datasheets of Induction Motor, Stator Core Design of IM.
Week 8: Induction Motor Design-II
Rotor Design: Slots Selection, Rotor MMF and Bar Currents, Geometry, Resistance of Rotor Windings
Week 9: Induction Motor Design-III
Carter's Coefficient of Electrical Machines, Stator MMF and Magnetizing Current Equations, Inductances and Equivalent Circuit Parameters of Induction Machine
Week 10: Switched Reluctance Machine Design-I
Loss Calculation of Induction Machine, Sizing Equations-Output Power and Volume (D2L) Product Equation, Stator and Rotor Design of SRM
Week 11: Switched Reluctance Machine Design-II and Thermal Design of Electrical Machines-I
Procedure for Calculation of SRM Inductance, Efficiency Calculations of SRM, Importance of Thermal Design and Thermal Limits for Electrical Machines, Electric and Thermal Circuits Interface, Heat Flow in Electrical Machines
Week 12: Thermal Design of Electrical Machines-I I
Cooling Methods and Standards for Electrical Machines, Thermal Equivalent Circuits of Electrical Machines
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