ChE Seminar: Dr. Fei Gao

Event Date: April 29, 2025
Speaker: Dr. Fei Gao
Speaker Affiliation: University of Michigan
Time: 3:00-4:15 p.m.
Location: FRNY G140
Contact Name: Joshua Gonzalez
Contact Phone: 765-494-4365
Contact Email: jgonzal@purdue.edu
Open To: Attendance required for ChE PhD students
Priority: No
School or Program: Chemical Engineering
College Calendar: Show
Dr. Fei Gao
Professor
Department of Nuclear Engineering & Radiological Sciences,
Department of Material Science & Engineering,
University of Michigan
 
Host:  Drs. Joe Pekny & Zhenhua Zeng
 
 

Bio:

Dr Gao joined the Department of Nuclear Engineering and Radiological Sciences in University of Michigan as a full professor in 2014. Prof. Gao’s current work mainly focuses on ion-solid interaction, irradiation damage, detector materials, nanostructures properties, Li+ ion battery, development and application of multi-scale modeling of materials, and so on. His group has employ a variety of computational tools to carry out multi-scale simulations, including quantum-mechanical calculations, ab-initio molecular dynamics, time-dependent density functional theory, tight-binding calculations, molecular static and dynamic calculations, monte-Carlo annealing simulations and self-consistent accelerated molecular dynamics. Prof. Gao has published more than 350 refereed journal papers, including PRLNature Communication, Energy & Environmental Science, Nano letter, ACS Nano, PNAS, Advanced Materials, Angewandte Chemie International Edition, Acta Materialia, PRB, APL, JAP, etc. He has been an associated editor of AIP (American Institute Physics) Advances, editorial board of Scientific Reports and a guest editor for a number of journals. He is in international advisory committee for international conference on Computer Simulations of Radiation Effects in Solids, Program committee of international conference on hard x-rays, γ-rays and neutron detector physics, and the secretary-general of the 16th international conference on fusion reactor materials.
 

"Progresses and Challenges of Fusion Structure Materials: Multi-Scale Computer Simulations"

Abstract:

Abstract will be forthcoming.