CFD biomedical research is now more accessible because high performance hardware and software are easily available with advances in computer science. In the biomedical field, CFD is still emerging. The main reason why CFD in the biomedical field has lagged behind is the tremendous complexity of human body fluid behavior.CFD may be an important methodology to understand the pathophysiology of the development and progression of disease and for establishing and creating treatment modalities in the cardiovascular field. All researchers are requested to comments on current trends and methods used to handle cardiovascular diseases using CFD.
Dear @Ahmad, the issue of treating Cardiovascular Diseases is a very important one; many methods and strategies are applied. In the following paper by
Charles A. Taylor, Ph.D., Mary T. Draney, M.S., Joy P. Ku, M.S., David Parker, B.S.,
Brooke N. Steele, M.S., Ken Wang, M.S., and Christopher K. Zarins, M.D.
Division of Vascular Surgery, Department of Surgery (C.A.T., C.K.Z.), Department of Mechanical
Engineering (C.A.T., M.T.D., D.P., B.N.S.), and Department of Electrical Engineering
( J.P.K., K.W.), Stanford University, Stanford, California, USA
that appeared in Computer Aided Surgery 4:231–247 (1999):
The authors have created a software based on internet interaction using methods of geometric properties, finite element methods, visualizations, and computational fluid dynamics for visualization and segmentation of medical imaging data, see the full paper:
http://zarinslab.stanford.edu/publications/zarins_bib/zarins_pdf/1990s/taylor_cas_99.pdf
Dear @Ahmad, the issue of treating Cardiovascular Diseases is a very important one; many methods and strategies are applied. In the following paper by
Charles A. Taylor, Ph.D., Mary T. Draney, M.S., Joy P. Ku, M.S., David Parker, B.S.,
Brooke N. Steele, M.S., Ken Wang, M.S., and Christopher K. Zarins, M.D.
Division of Vascular Surgery, Department of Surgery (C.A.T., C.K.Z.), Department of Mechanical
Engineering (C.A.T., M.T.D., D.P., B.N.S.), and Department of Electrical Engineering
( J.P.K., K.W.), Stanford University, Stanford, California, USA
that appeared in Computer Aided Surgery 4:231–247 (1999):
The authors have created a software based on internet interaction using methods of geometric properties, finite element methods, visualizations, and computational fluid dynamics for visualization and segmentation of medical imaging data, see the full paper:
http://zarinslab.stanford.edu/publications/zarins_bib/zarins_pdf/1990s/taylor_cas_99.pdf
Fine thread @Ahmad. Good answer with good resources! Some more follow! Medicine could not be successful without engineering science!
http://www.springer.com/engineering/biomedical+engineering/book/978-1-4419-0729-5
There are fine resources here at RG data base. Here is a paper available, among many, about this issue!
Conference Paper Application of computational fluid dynamics in assessing the...
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