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Explore multiscale modeling and simulation techniques for electrochemical systems including fuel cells, batteries, and generalized dialysis systems in this 48-minute conference presentation. Learn how membrane and electrode behavior is empirically fitted to experimental data, providing motivation and targets for stochastic approaches in electrochemical modeling. Discover practical applications of multiscale methods that bridge different temporal and spatial scales in electrochemical engineering, with insights into how experimental validation informs computational models. Gain understanding of the challenges and opportunities in modeling complex electrochemical phenomena across multiple scales, from molecular interactions to device-level performance.
