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DESCRIPTION:Abstract\n\nSustainability has many facets and\, in this presen
 tation\, I will share my recent research endeavors aimed at advancing susta
 inability in the realms of energy\, water\, and medicine.  The first part o
 f my talk delves into electrochemical transport phenomena in energy storage
  systems\, with a focus on Li plating and dendritic growth on graphite/Li-m
 etal anode\, which are the leading causes of degradation and catastrophic f
 ailure for batteries under fast charging conditions. Deep understanding of 
 these phenomena would facilitate the design of strategies to reduce\, or co
 mpletely suppress\, the onset of lithium plating on the graphite anode\, an
 d the instabilities characterizing electrodeposition on the lithium metal a
 node.  \n\nIn the second part of my talk\, I will present my recent work on
  the efficient estimation of evapotranspiration for smart agriculture. This
  includes advancements that accelerate computational time by two orders of 
 magnitude compared to the current standard approach. Finally\, I will discu
 ss two biomedical applications: blood transfusion and hypertonic treatment 
 of acute respiratory distress syndrome (ARDS). These efforts contribute to 
 sustainable energy conversion and storage\, sustainable agricultural practi
 ces\, and sustainable blood management\, steering us towards a more sustain
 able future.\n\nBio\n\nWeiyu Li is a postdoctoral scholar in the Department
 s of Physics and Materials Science and Engineering at Stanford University. 
 Her research focuses on modeling and simulation of electrochemical transpor
 t in energy storage systems.  She received her PhD in Energy Science and En
 gineering from Stanford University. Her other research interests include da
 ta assimilation and biomedical modeling. Prior to her doctoral studies\, We
 iyu obtained her M.Sc. degree in Mechanical and Aerospace Engineering from 
 Princeton University. Weiyu is the sole recipient of the Siebel Scholars Aw
 ard in Energy Science\, class of 2023. She has also received Henry J. Ramey
  Fellowship Award at Stanford University\, and the Princeton University Fel
 lowship in Natural Sciences and Engineering.\n\n \n\nRelevant Publications\
 n\nW. Li and D.M. Tartakovsky\, “Effective representation of active materia
 l and carbon binder in porous electrodes\,” Journal of The Electrochemical 
 Society\, 2022.\n\nF. Boso\, W. Li\, K. Um\, and D.M. Tartakovsky\, “Impact
  of Carbon Binder Domain on the performance of lithium-metal batteries\,” J
 ournal of The Electrochemical Society\, 2022.\n\n W. Li\, H.A. Tchelepi\, Y
 . Ju\, and D.M. Tartakovsky\, “Stability-guided strategies to mitigate dend
 ritic growth in lithium-metal batteries\,” Journal of The Electrochemical S
 ociety\, 2022.\n\n W. Li\, H.A. Tchelepi\, and D.M. Tartakovsky\, “Screenin
 g of electrolyte-anode buffers to suppress lithium dendrite growth in all-s
 olid-state batteries\,” Journal of The Electrochemical Society\, 2023.\n\n 
 W. Li and D.M. Tartakovsky\, “Effective models of heat conduction in compos
 ite electrodes\,” Journal of The Electrochemical Society\, 2023.\n\n W. Li 
 and D.M. Tartakovsky\, “Fast and accurate estimation of evapotranspiration 
 rates for smart agriculture\,” Water Resources Research\, 2023.\n\n W. Li\,
  …\, and D. M. Tartakovsky\, "Estimation of evapotranspiration rates and ro
 ot water uptake profiles from soil moisture sensor array data\," Water Reso
 urces Research\, 2021.\n\n W. Li\, A. G. Tsai\, M. Intaglietta and D. M. Ta
 rtakovsky\, "A model of anemic tissue perfusion after blood transfusion sho
 ws critical role of endothelial response to shear stress stimuli\," Journal
  of Applied Physiology\, 2021. \n\n W. Li\, M. Intaglietta\, J. Martini and
  D. M. Tartakovsky\, "Hypertonic treatment of acute respiratory distress sy
 ndrome\," Frontiers in Bioengineering and Biotechnology\, 2023.
DTEND:20240304T212000Z
DTSTAMP:20260312T102811Z
DTSTART:20240304T203000Z
GEO:37.426823;-122.174006
LOCATION:Green Earth Sciences Building\, 104
SEQUENCE:0
SUMMARY:ESE Seminar - Weiyu Li: "Navigating Sustainability through Energy\,
  Water\, and Medical Innovations"
UID:tag:localist.com\,2008:EventInstance_45749569222839
URL:https://events.stanford.edu/event/ese_seminar_-_weiyu_li_navigating_sus
 tainability_through_energy_water_and_medical_innovations
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