Simulation Design Framework for Multiscale Multiphysics Thermo Electric and Electro Chemical Transport

In this video, provided by the Support Center for Microsystems Education (SCME) at the annual MNTeSIG Live! 2022 virtual conference, Auro Ashish Saha from Puducherry Technological University explores nanoHUB btesolver and dualfoil resources that enable the study of thermo electric and electro chemical transport processes. A simulation design framework for optimizing the multiscale multiphysics thermo electric and electro chemical transport in their respective devices is highlighted. Phenomenological equations governing transport phenomena, a linearized Boltzmann transport calculator for thermo electric materials, Dualfoil.py, and an implementation methodology are also explored. The video recording runs 19:25 minutes in length.