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Presentation: 1D

Modern Thermal Management Methods for Improved Reliability and Power Density  

Abstract: Modeling methodologies for automotive electric motor thermal management will be discussed. Topics cover air cooled, water cooled, and oil cooled electric motors. State-of-the-art solutions for multiphysics coupling will be discussed including two-way, spatially varying data transfer between electromagnetic and thermal solvers. Additionally, usage of simulation-generated  reduced order models in e-powertrain system modeling will be covered.

Saeed Jahangirian


Saeed Jahangirian

Principle Application Engineer, Ansys 

Saeed Jahangirian is a principal application engineer leading Ansys's global initiative on electrification solutions for electric machines. He has worked in thermal management, multiphysics modeling, reacting flows, sprays, and multiphase flows. He is the author of 33 technical publications. Saeed received his Ph.D. degree in Mechanical Engineering from Michigan State University and has worked as a post-doctoral research staff at Princeton University. He served in the oil and gas industry as a consulting engineer for three years before joining Ansys.

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