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Design of Electrical Machines

Practical project ideas and implementations for hands-on learning

Design of Armature

Design of commutator and brushes

Magnetic circuit calculations

Performance prediction using design values

Selection of number of poles

Choice of Specific loadings - Design of Induction Motors

Design of Induction Motors

Design of Rotor - Induction Motors

Design of Stator - Induction Motors

Output equation of Induction motor

Performance Evaluation - Design of Induction Motors

Separation of D and L

Short circuit current, Circle diagram, Operating characteristics - Design of Induction Motors

Heat flow

Major considerations in Electrical Machine Design

Materials for Electrical Machines

Rating of machines

Standard specifications

Temperature rise

Armature design and parameters - Design of Synchronous Machines

Choice of Specific loadings - Design of Synchronous Machines

Design of damper winding - Design of Synchronous Machines

Design of field winding for salient pole Alternator

Design of rotor - Design of Synchronous Machines

Design of salient pole machines

Design of stator winding - Design of Synchronous Machines

Design of the field System: Salient pole Alternator - Design of Synchronous Machines

Length of the air gap - Design of Synchronous Machines

Separation of D and L - Design of Synchronous Machines

Specifications of the synchronous machine

Types and Construction of synchronous machines

Core design - Design of Transformers

Core type transformer - Design of Transformers

Design features of power and distribution type transformers

Design of Tank and Tubes - Transformers

Methods of cooling of Transformers

No-load current of a transformer

Output Equations and Main Dimensions - Design of Transformers

Overall dimensions - Design of Transformers

Resistance and Reactance of Transformer

Temperature rise in Transformers