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About the Presentation
About the Presentation
The continued miniaturization and demand for improved performance of electronic devices has resulted in the need for transformative thermal management strategies. Microchannel flow boiling is an attractive approach for the thermal management of devices generating high heat fluxes. However, designing heat sinks for two-phase operation and predicting their performance is difficult because of, in part, a lack of experimentally validated physics-based flow boiling models and commonly encountered flow boiling instabilities. In this talk, I will discuss our work on the experimental validation of a numerical phase change model for microchannel flow boiling. I will also cover our ongoing efforts to characterize the effects of flow boiling instabilities on two-phase cooling performance under transient and non-uniform heating conditions.
Friday, October 19, 2018
About the Presenter
About the Presenter
Todd Kingston, PhD Candidate - Purdue University
Todd Kingston is a Ph.D. Candidate in the School of Mechanical Engineering at Purdue University and conducts research in the Cooling Technologies Research Center. Todd obtained a Master of Science and Bachelor of Science, both in Mechanical Engineering, from Iowa State University in 2013 and 2011, respectively. At Purdue, Todd is currently collaborating with the Naval Surface Warfare Center Crane Division to investigate the effects of transient and non-uniform heating on flow boiling instabilities in two-phase thermal management systems. Todd’s research interests are in energy transport and conversion, specifically those involving multiphase flows and heat transfer. He has been recognized with several conference honors, including a best paper award at ASME FEDSM and an outstanding poster award at IEEE ITherm. Todd is a member of Tau Beta Pi, Pi Tau Sigma, ASME, and ASNE.
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