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Mehdi Abarham
Affiliation
Ansys Inc., Canonsburg, PA, USA
Topic
Thermal Analysis,Transient Response,Computational Fluid Dynamics Model,Heat Source,Linear Time-invariant,Power Map,Reduced-order Model,State-space Model,Thermal Model,Thermal Simulation,Transient Power,Transient State,Ac Resistance,Acceleration Factor,Black Box,CPU Time,Changes In Power,Computational Fluid Dynamics Analysis,Cyclic Loading,Degrees Celsius,Discrete Sources,Electromagnetic Analysis,Electromagnetic Interference,Electromagnetic Model,Electronic System,Fast Thermal,Fine Grain,Global Model,Global Surface,Heat Sink,Heat Transfer,Heat Transfer Coefficient,Heat Transfer Problem,Hot Spots,Impact Of Sources,Induction Coil,Intermediate Levels,Inverter,LCR Meter,Large Chip,Least Squares Regression,Limitations Of Traditional Methods,Linear Time-invariant Systems,Load Transients,Local Level,Loss Distribution,Loss Of Resistance,Lumped Elements,Machine Learning Models,Magnetic Field,
Biography
Mehdi Abarham received the Ph.D. degree in mechanical engineering from the University of Michigan, Ann Arbor, MI, USA. He is currently a Lead Application Engineer and a Solution Architect at ANSYS, San Jose, CA, USA. His primary focus is on electronics thermal management. In recent years, he has been employing machine learning techniques to advance predictive capabilities in modeling and simulation. Prior to ANSYS, he worked at Ford Motor Company Research and Innovation Center, Dearbor, MI, USA, for two years. He has published over 20 technical articles.