Physics Based Modeling for the Design and Optimization of Electric Machines in their Operating Environment
Hardware Implementation of Real-time Online Optimization of Motor Drives
Design Challenges of Synchronous Machines Types
This research work presents: Independent design calculation of a 2 hp reference stator. Independent design of the rotor of the wound rotor synchronous motors suited to 2 hp, and inner radius of the...
Hybrid GA-PSO Multi-Objective Design Optimization of Coupled PM Synchronous Motor-Drive Using Physics-Based Modeling Approach
This work explores for the best solution between design parameter of SPM motor with the motor phase current, back emf waveform, and cogging torque for a minimum torque ripple, a minimum total...
The Common Stator Concept for Electric Machine Designs
The research group at Energy system research laboratory has conducted extensive research on the common stator project. The main research effort, within this collaborative project, identified for...
Online Gain Scheduling of Multi-Resolution Wavelet-Based Controller for Acoustic Noise and Vibration Reduction in Sensorless Control of PM-Synchronous Motor at Low Speed
Objectives of Paper: Reduction of vibration reduction of acoustic noise Sensorless control of PMSM at low speed: Motor is excited by fluctuating voltage carrier signal Vinj Cos(wt) High frequency...
Design optimization of PMSM-drive systems
The design of electrical machines is an empirical, application sensitive, iterative, and systematic process. In the design process, the computer-aided design of the PM machine either usually starts...
Hardware in the loop based finite element design optimization process for the computational prototyping of electric motor-drives
The development of an online HIL based finite element intelligent optimization process was presented. The application of this optimization process was implemented in a laboratory-based set up and it...