Title page for ETD etd-12142010-202447


Type of Document Master's Thesis
Author Filip, Ethan Lee
URN etd-12142010-202447
Title Evaluation and Application of Thermal Modeling for High Power Motor Improvements
Degree Master of Science
Department Mechanical Engineering
Advisory Committee
Advisor Name Title
Nelson, Douglas J. Committee Chair
Ellis, Michael W. Committee Member
Ferris, John B. Committee Member
Keywords
  • Thermal Conductivity
  • Electric Vehicle Motor
  • Nodal Thermal Model
Date of Defense 2010-11-12
Availability unrestricted
Abstract
Electric motors for vehicle applications are required to have high efficiency and small size and weight. Accurately modeling the thermal properties of an electric motor is critical to properly sizing the motor. Improving the cooling of the motor windings allows for a more efficient and power-dense motor. There are a variety of methods for predicting motor temperatures, however this paper discusses the advantages and accuracy of using a nodal lumped thermal model. Both commercially available and proprietary motor thermal modeling software are evaluated and compared. Thermal improvements based on the model in both contact interfaces and winding encapsulant are evaluated, showing motor improvements in the ability to handle heat losses of approximately forty percent greater than the baseline, resulting in either higher power or lower motor temperatures for the same package size.
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