Fluid Mechanics Expert Witnesses

San Jose, California

Biomedical Engineering, Medical Devices - Cardiovascular Devices, Vascular Biomaterials, Cardiovascular Disease, Fluid Mechanics, Nanoparticles, Drug Delivery, Biomedical Device Manufacturing, Microfluidics, Bypass Grafts, Mammalian Cell Culture, Biotransport Phenomena, Mechanotransduction, Thrombogenicity and Hemostasis, Endothelial Cells

Kordestani Endowed Chair & Assistant Professor of Biomedical Engineering San José State University Dr. Patrick Jurney is both a Biomedical and Mechanical Engineer specializing in cardiovascular devices, biomicrofluidics, and vascular biomaterials. As the Kordestani Endowed Chair and Assistant Professor of Biomedical Engineering at San José State University, Dr. Jurney has demonstrated excellence in research, teaching, and professional service. He has been recognized as a Fellow of the American Heart Association (FAHA) and has secured funding from the National Institutes of Health (NIH), the American Heart Association (AHA), and the California State University Program for Education & Research in Biotechnology. He also reviews grants for the NSF, NIH, and AHA, staying up-to-date on the latest engineering advancements in cardiovascular engineering. Academic and Professional Background: NIH T-32 Postdoctoral Fellow in Translational Engineering, Oregon Health & Science University Ph.D...

Stanford, California

Biomedical Engineering, Medical Devices - digital health, finite element modeling, cardiovascular disease, surgical devices, biomechanics, fluid mechanics, pediatric cardiology, pediatric devices, machine learning, artificial intelligence, computational modeling, coronary artery disease, congenital heart disease, artificial heart, stents

Dr. Marsden is a full professor at Stanford and head of the Cardiovascular BioComputational Lab. Dr. Marsden has broad expertise in cardiovascular disease biomechanics and computational modeling. She trained as a mechanical engineer (Princeton BS, Stanford PhD) with expertise in computational science and fluid mechanics before moving into the biomedical field. She has extensive experience with cardiovascular medical devices, including stents, ventricular assist devices, hemolysis and thrombosis, pediatric devices, catheters, and heart valves. She has a particular focus on computational fluid dynamics simulations and finite element modeling of the cardiovascular system, including the incorporation of machine learning and artificial intelligence into clinical decision making. She has worked extensively in pediatric cardiology, applying computational modeling to congenital heart disease for surgical planning and medical device evaluation. She has served as a consultant for medical...