COMPUTATIONAL MICROSTRUCTURE MODELING AND SIMULATIONSmall structures.
Rich physical ideas.
We study how thermodynamics, transport and mechanics shape materials. Led by Prof. Saswata Bhattacharyya at IIT Hyderabad, our group develops computational models that make the underlying physics visible.
OUR SHARED LABORATORYM³ Lab · Multiscale Modeling of Materials
M³ Lab at IIT Hyderabad is jointly led by Prof. Saswata Bhattacharyya and Prof. Anuj Goyal.
Within M³ Lab, the CμMS Group (Computational Microstructure Modeling and Simulation) is led by Prof. Saswata Bhattacharyya. This website presents the work, people and activities of the CμMS Group.
From physical mechanisms to materials design.
01Elastic stress effects
A continuing research theme from anisotropic misfit and precipitate interactions to splitting, coarsening and stress-driven rafting in Ni-base superalloys, supported by FFT and inhomogeneous-elasticity solvers.
Explore the elastic stress laboratory →02Phase-field microstructures
Phase separation, superalloy precipitates, bimetallic nanoparticles and ferroelectric domains, connected through thermodynamics and kinetics.
Research and formulations →03Physics-informed learning
Inverse diffusion problems, multiobjective optimization and surrogate models that connect observations to governing equations.
Learn the PINN idea → Science grows through people.
Meet our current members, former members and collaborators across institutions.