Hemodynamics and Tissue/Organ Perfusion
Blood flow can be simulated in our software using simple compartmental models, quasi 3D vascular tree, full mesh 3D CFD method, or their combination. Blood vessels are treated as elastic tubes and fully coupled fluid-structures interaction (FSI) problem is solved. Hemodynamics supports other physiological and pharmacological models.
Multiscale organ perfusion models range from compartmental (blood, interstitium, cell) models for various organs up to 3D medical image based models of specific organs (brain, liver). For pharmacological (PBPK) simulations we have assembled a database of perfusion data of various organs for humans and animals.
Aneurysms are often areas of abnormal flow and thus are prone to developing thrombosis. Shown are streamlines of flow trajectories in the carotid artery.
