Our group uses high performance computing (HPC) and our in-house state-of-the-art code to simulate cellular-scale flows in the microcirculation. Our research is highly multi-disciplinary, and focuses on various topics such as:
Angiogenic microvascular network flows, and microvascular sprouts
Microcirculatory transport of circulating cells (e.g. cancer cells, leukocytes)
Large-scale simulation of cellular-scale flows
Coupled blood and lymphatic circulation modeling
Numerical methods for flows involving complex interfaces (e.g. deformable, moving)
Code development and parallelization for high performance computing
GPU-Accelerated Computing
Feel free to stop by or drop us a line!
Nasim's work provides new and novel characterization of hemodynamics inside new blood vessel sprouts
The award was presented at Supercomputing (SC'25) in St. Louis, and can be read about here.
Our work on new blood vessel sprouts was written up in a Science Story for NSF's ACCESS program. Read it here!
Selected for a travel award for his research on circulating cell margination in tortuous microvessels.
Now accepting submissions!