Krishnan Mahesh

Krishnan Mahesh

Krishnan Mahesh and his team are working on developing simulation methods that are flexible enough to handle real-world engineering problems and accurate enough to reliably simulate the complicated details of turbulence. As a result, we are now capable of simulating...
Elizabeth Holm

Elizabeth Holm

Professor Holm uses the tools of computational materials science to study a variety of materials systems and phenomena. Her research areas include the theory and modeling of microstructural evolution in complex polycrystals, the physical and mechanical response of...
Rebecca Lindsey

Rebecca Lindsey

Dr. Lindsey develops new artificial intelligence-driven simulation methods to accelerate the design, discovery, and synthesis of next-generation materials. She leads the development of ChIMES, a physics-informed machine-learned interatomic model and generation...
Hui Jiang

Hui Jiang

My research focuses on statistical genomics and computational statistics. I am interested in developing statistical and computational methods for the analysis of large-scale biological datasets generated by modern high-throughput technologies such as next-generation...
Jacob Pavelka

Jacob Pavelka

I develop and investigate deployable systems for modular building construction, which involves the simulation of component kinematics, strength, thermal efficiency, and other relevant properties.
Aster Taylor

Aster Taylor

I work on planet formation theory, with a current focus on giant planet formation in a core accretion paradigm. My current work looks at distinctions in the formation of gas giant planets as a result of conditions in their local environment, and how these differences...
Tianyue (Choco) Li

Tianyue (Choco) Li

We develop scalable boundary integral methods for simulating low-Re flows in complex geometries. My current focus is on forward solution, shape and design optimization of micro-swimmers in confined geometries. We derive the spectra of Stokes boundary integral...
Anvay Pradhan

Anvay Pradhan

Weaving enables us to create complex geometries with unique properties. Basketweaving, for example, can achieve stiff three-dimensional shapes by combining flexible fibers. I am developing computational models that can simulate woven geometries to understand how...