The innovation engine for new materials

Mathematical Design of Energy Materials

Seminar Group: 


Ananya Renuka Balakrishna


Assistant Professor of Aerospace and Mechanical Engineering
University of Southern California


Wednesday, April 13, 2022 - 11:00am


MRL Room 2053


Prof. Ram Seshadri
We live in a world where we need to discover energy materials with enhanced properties, and we need to do so urgently — there is a need to establish a quantitative design framework to accelerate materials development. Finding design principles to improve material properties is the focus of my research group.
I will start by presenting a coercivity tool which combines micromagnetics and nonlinear stability analysis to predict hysteresis in magnetic alloys and thereby provides crucial insights into the longstanding permalloy problem in soft magnets. I will then share some work on the collective evolution of polarization patterns in ferroelectrics under varying surface energy and designed electrical conductivity conditions to achieve enhanced energy conversion. Finally, I will provide an overview of how we draw inspiration from shape memory alloys to design microstructures that mitigate degradation in intercalation materials. Throughout, I show how developing multi-physics and multi-scale mathematical methods (e.g., phase-field methods, phase-field crystal methods, and objective molecular dynamics) allows questions about how microstructure impacts material properties to be addressed.