This laboratory provides bioengineering support for the development of improved artificial organ systems. Blood flow in these systems is studied both through flow visualization and by Computational Fluid Dynamics.
Computer optimization is used in the design of next generation artificial hearts and lungs.
Research is also conducted on blood rheology, magnetic levitation, hemodynamic control, and alternative power sources for artificial organs. The laboratory has equipment capability ranging from microscopy to prototyping of artificial organs. The laboratory also has computer capabilities ranging from PCs to workstations which connect to the Pittsburgh Supercomputing Center. The primary research focus of this lab is the development of computational software as well as the use of commercial software packages to stimulate and visualize the physical behavior of fluids, bio-fluids, solids and structural materials. The laboratory consists of Hewlett-Packard and Digital Alpha workstations, several Pentium II class workstations and student work space.