Papers
2
Total Citations
78
H-Index
2
About
Ashok Chandy is a researcher specializing in the design and optimization of permanent magnet (PM) motors, with a particular focus on reducing performance-degrading phenomena in precision electromechanical systems. His most recognized contribution centers on cogging torque minimization — a critical challenge in applications demanding smooth, precise motion, such as robotics, precision tooling, and advanced manufacturing systems. Chandy's work addresses a gap that many prior techniques overlooked: ensuring that cogging torque reduction strategies remain effective not just in ideal conditions, but under the real-world variability introduced by manufacturing tolerances and production inconsistencies. By developing a robust design approach, he bridged the often-difficult transition from theoretical motor optimization to reliable mass production performance. His 2011 paper on this topic has garnered 72 citations, reflecting meaningful influence within the motor design and applied electromagnetics communities. An earlier 2010 conference or preliminary publication on the same theme further demonstrates his sustained commitment to this research direction. For students and engineers working in motor design, electric drives, or precision mechatronics, Chandy's work offers practically grounded, tolerance-aware methodologies that remain relevant to modern industrial and robotics applications.
Research Focus
Key Achievements
Top Papers
- 1Cogging Torque Minimization in PM Motors Using Robust Design Approach72 citations · 2011
- 2Cogging torque minimization in PM motors using robust design approach6 citations · 2010