[CCoE Notice] Materials Research Seminar: Howard Qingsong Tu, "Electro-chemo-mechanics in solid-state batteries and the understanding on composite cathode issues"

[Greenwell, Stephen J]

Dear All:

We will have our Material Research Seminar this Friday (11.15.2024) at 2 p.m., and the speaker is Howard Tu from Rochester Institute of Technology. The topic is "Electro-chemo-mechanics in solid-state batteries and the understanding on composite cathode issues." This is an online only seminar and the zoom link is shown below:


Electro-chemo-mechanics in solid-state batteries and the understanding on composite cathode issues

November 15, 2024
Online only: 2-3 p.m.

Zoom link: https://urldefense.com/v3/__https://uh-edu-cougarnet.zoom.us/j/89550939375__;!!LkSTlj0I!Er_Rz-gwMK9Kq8tJYmxXVZk4btb0Zs0TBtnbTN9DdZNopb-86YEA-rvO60supADqpEY7WHarysBANjLtKZRMD5SCLBQ$ 
Meeting ID: 895 5093 9375

Prof. Howard Qingsong Tu.
Assistant Professor in Mechanical Engineering, Rochester Institute of Technology, NY



[A person wearing glasses and a suit  Description automatically generated]Abstract: The lack of comprehensive understandings to many fundamental problems hinders the practical applications of solid-state energy storage techniques, which usually originate from the complicated multi-physical couplings spanning across multi-scale. In this talk, Dr. Tu will share his research in the effort of investigating electro-chemo-mechanical problems laying behind these applications, including the heterogeneous transport and reactions of electrons and Li-ions in the solid-state batteries, the understanding of dendrite problem, and the development of nanoscale and continuum-scale modeling.

Bio: Dr. Howard Qingsong Tu is an assistant professor in the mechanical engineering department, and runs the clean energy and water lab (https://urldefense.com/v3/__http://www.CewLab.org__;!!LkSTlj0I!Er_Rz-gwMK9Kq8tJYmxXVZk4btb0Zs0TBtnbTN9DdZNopb-86YEA-rvO60supADqpEY7WHarysBANjLtKZRMPjXkR-Q$ <https://urldefense.com/v3/__http://www.CewLab.org__;!!LkSTlj0I!Er_Rz-gwMK9Kq8tJYmxXVZk4btb0Zs0TBtnbTN9DdZNopb-86YEA-rvO60supADqpEY7WHarysBANjLtKZRMPjXkR-Q$ >). He got his Ph.D. degree from the University of California at Berkeley in 2017. He was a postdoc researcher in the material science division at Lawrence Berkeley National Lab from 2017-2021. His research has focused on developing sustainable innovative technologies for energy storage systems (such as solid-state batteries) and water desalination systems (such as reverse osmosis and capacitive deionization), with the close-loop data-simulation-experiment approach.


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