Biomedical Engineering
Pulsatile Blood Flow in Human Aorta with Emphasis on Extracorporeal Circulation and Plaque Mobilization
Distensibility of Aorta Walls (Fluid Structure Interaction, FSI) and Non-Newtonian Blood Behavior are Considered
Developed Model for Boundary Conditions at Aorta Branch Outlets and Validated by Experiments
Analysis and Optimization of Cannulas and Further Medical Devices (including Hemolysis Risk Analysis)
Simulation of Pulsatile Cerebrospinal Fluid Motion in Human Ventricular System
Drug Delivery
Shear Stress Distribution on Aortic Walls for Different Circulation Modes
Trajectories of Mobilized Plaques in Human Aorta
Instantaneous Blood Velocity Field in Aortic Cross Section; Left: Measurements, Right: Predictions
Predicted and Measured Time-Averaged Aortic Velocity Profile along a Cross-Sectional Line
Predicted Instantaneous Aortic Wall Displacement Distribution at the Instant of Maximum Inlet Velocity
Aortic Flow Field Created by Cannula
Distribution of Wall Shear Stress for an Oxygenator
Streamlines Colored by Blood Velocity in an Oxygenator
Human Ventricular System: Drug Volume Fraction in Cerebrospinal Fluid at Different Instants of Time