Mechanical Engineering Faculty Research
Title
Impact of Aortic Grafts on Hemodynamics: A 1D Computational Assessment
Document Type
Article
Publication Date
Fall 10-5-2011
Abstract
Vascular prostheses currently used in aortic replacement surgery do not have the same mechanical properties as human arteries. In vivo studies have revealed that aortic grafts augment heart load and alter blood pressure and flow waveforms. A one-dimensional model of the arterial tree was developed in order to analyze the different mechanisms by which grafts placed in the ascending aorta (proximal) and descending aorta (distal) affect hemodynamics. Graft compliance and properties were based on in vitro tests
Publication Title
Biomedical Engineering, 2011 10th International Workshop on
First Page
1
Last Page
2
Recommended Citation
Vardoulis, O.; Coppens, E.; Martin, Bryn A.; Reymond, P.; and Stergiopulos, N., "Impact of Aortic Grafts on Hemodynamics: A 1D Computational Assessment" (2011). Mechanical Engineering Faculty Research. 411.
https://ideaexchange.uakron.edu/mechanical_ideas/411