This 3D approach revealed unexpected new disturbances, breaking away from the standard understanding of concentric flow patterns. “We have those data to compare, but having the full picture now ...

Its accuracy passed a first key test when physicists compared blood flow in the virtual aorta with the that of real fluid in a 3D-printed replica. Flow patterns seen in the physical copy were a ...

“Our new method is able to reconstruct 3D blood flow patterns in less than 10 seconds, a significant improvement over traditional CFD methods,” said Professor Krams. “This could have a profound impact ...