Our research is centered around the observation that microstructures can have drastic effects on a material’s physical properties. In our approach, we develop mathematical models (phase-field, molecular dynamics, first-principle methods) to understand and predict how fundamental material constants and microstructures affect material properties. We use these insights to guide the discovery of materials (e.g., battery electrodes, soft magnets, molecular crystals, shape-memory alloys) with enhanced properties.
Dr. Ananya Renuka Balakrishna
A micromechanical model for light-interactive molecular crystals
Tiwari D, Balakrishna AR.
Journal of the Mechanics and Physics of Solids 203, 106195
Hysteresis and energy barriers in soft magnets
Guan H, Ahani N, García-Cervera C, Balakrishna AR.
Physical Review Materials 9, 044407