ABOUT THE COURSE: This course deals with the design of electrical machines using an analytical and a computer-aided approach. The course covers the detailed part by part design of various machines derived using fundamental electromechanical equations.Various conventional electromechanical devices/machines including transformers, induction, synchronous and dc machine design is covered along with design approaches presenting more recent special machines such as brushless permanent magnet (PMSM and BLDC), switched reluctance, and synchronous reluctance machines along with numerical problems. A computer-aided approach to design the aforementioned machines is presented in each chapter, and the course also contains exercises and tutorial to enable the reader to understand the design process and test out the design problems on their own.INTENDED AUDIENCE: BE/B.Tech, M.Tech, Ph.D students, Industry personnel working in domain of design of electrical machines, and design enthusiasts having interest in electric motor design.PREREQUISITES: Fundamentals of Electric Machines, Modeling of Electrical Machines.
Computer-Aided Design of Electrical Machines
Indian Institute of Technology Delhi and NPTEL via Swayam
Overview
Syllabus
Week 1:
Introduction - I
Introduction – II : Fundamentals and Principles of Design
Introduction – III : Fundamentals and Principles of Design (Contd.)
Equivalent Circuit Based Design
Week 2:
Transformer Design - I
Transformer Design - I
Transformer Design - I
Transformer Design - IV
Week 3:
Windings in Electrical Machines
Design of Three-phase Induction Motors - I
Design of Three-phase Induction Motors – II
Design of Three-phase Induction Motors – III
Design of Three-phase Induction Motors – IV
Week 4:
Design of Three-phase Synchronous Machines - I
Design of Three-phase Synchronous Machines – II
Design of Three-phase Synchronous Machines – III
Design of Three-phase Synchronous Machines – IV
Week 5:
Design of DC Machines – I
Design of DC Machines – II
Design of DC Machines – III
Week 6:
Design of Single-Phase Induction Machines – I
Design of Single-Phase Induction Machines – II
Design of Single-Phase Induction Machines – III
Week 7:
Design of Brushless Permanent Magnet Machines – I
Design of Brushless Permanent Magnet Machines – II
Design of Brushless Permanent Magnet Machines – III
Design of Brushless Permanent Magnet Machines – IV
Design of Brushless Permanent Magnet Machines – V
Week 8:
Design of Salient Reluctance Machines – I
Design of Salient Reluctance Machines – II
Design of Salient Reluctance Machines – III
Week 9:
Design of Synchronous Reluctance Machines – I
Design of Synchronous Reluctance Machines – II
Design of Synchronous Reluctance Machines – III
Week 10:
Design of Stepper Machines – I
Design of Stepper Machines – II
Design of Axial Flux Machines
Week 11:
Computer-aided Design and Analysis Methods - I
Computer-aided Design and Analysis Methods - II
Week 12:
Case studies and tutorials – I and II
Case studies and tutorials –III
Case studies and tutorials –IV
Introduction - I
Introduction – II : Fundamentals and Principles of Design
Introduction – III : Fundamentals and Principles of Design (Contd.)
Equivalent Circuit Based Design
Week 2:
Transformer Design - I
Transformer Design - I
Transformer Design - I
Transformer Design - IV
Week 3:
Windings in Electrical Machines
Design of Three-phase Induction Motors - I
Design of Three-phase Induction Motors – II
Design of Three-phase Induction Motors – III
Design of Three-phase Induction Motors – IV
Week 4:
Design of Three-phase Synchronous Machines - I
Design of Three-phase Synchronous Machines – II
Design of Three-phase Synchronous Machines – III
Design of Three-phase Synchronous Machines – IV
Week 5:
Design of DC Machines – I
Design of DC Machines – II
Design of DC Machines – III
Week 6:
Design of Single-Phase Induction Machines – I
Design of Single-Phase Induction Machines – II
Design of Single-Phase Induction Machines – III
Week 7:
Design of Brushless Permanent Magnet Machines – I
Design of Brushless Permanent Magnet Machines – II
Design of Brushless Permanent Magnet Machines – III
Design of Brushless Permanent Magnet Machines – IV
Design of Brushless Permanent Magnet Machines – V
Week 8:
Design of Salient Reluctance Machines – I
Design of Salient Reluctance Machines – II
Design of Salient Reluctance Machines – III
Week 9:
Design of Synchronous Reluctance Machines – I
Design of Synchronous Reluctance Machines – II
Design of Synchronous Reluctance Machines – III
Week 10:
Design of Stepper Machines – I
Design of Stepper Machines – II
Design of Axial Flux Machines
Week 11:
Computer-aided Design and Analysis Methods - I
Computer-aided Design and Analysis Methods - II
Week 12:
Case studies and tutorials – I and II
Case studies and tutorials –III
Case studies and tutorials –IV
Taught by
Prof. Bhim Singh
