People
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Hui Meng, Lab Director and Professor Phone: (716) 829-5406 Email: huimeng@buffalo.edu Research area: 1.Computational Fluid Dynamics; 2.Advanced laser flow diagnostics; 3.Hemodynamics and vascular biemechanics; 4. Biomedical Engineering. |
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Jianping Xiang, PhD student Phone: 716-829-5395 Email: jxiang2@buffalo.edu Research area: Intracranial vascular interventional device design and optimization and Image-based CFD application in patient-specific analysis of intra-aneurysmal flows to predict rupture risk of aneurysms. |
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Max Mandelbaum, MD/PhD student Phone: 716-829-5394 Email: mrm34@buffalo.edu Research area: Research on the effects of changes in hemodynamics on the rabbit |
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Jennifer Dolan, PhD student Phone: 716-829-5394 Email: jdolan@buffalo.edu Research area: Research on the effects of high wall shear stress and gradients of shear on endothelial cells. |
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Nicholas Liaw, MD/PhD student Phone: 716-829-3594 Email: nicholasliaw00@gmail.com Research area: Research on molecular and cellular changes in response to hemodynamics insult on rabbit cerebral bifurcation. |
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ShashiKanth Kaluvala, MS student Phone: 716-829-5395 Email: srk22@buffalo.edu Research area: Research on the effects of high wall shear stress and gradients of shear on endothelial cells. |
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Ding Ma, PhD Student Phone: 716-829-5395 Email: dingma@buffalo.edu Research area: Research on wall growth and remodeling of patient-specific intracranial aneurysms and animal model initiation model. |
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Madhu Vellakal, MS student Phone: 716-829-3594 Email: vellakal@buffalo.edu Research area: Research on Image-based CFD application in patient-specific analysis of intra-aneurysmal flows to predict rupture risk of aneurysms. |
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Jaclyn Alfano, MS student Phone: 716-829-5395 Email: jz24@buffalo.edu Research area: Research on Image-based CFD application in patient-specific analysis of intracranial bifurcation. |
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Frank Pereny, MS student Phone: 716-829-5394 Email: fjpereny@gmail.com Research area: Research on molecular and cellular changes in response to hemodynamics insult on rabbit cerebral bifurcation. |
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Kamran Arjomand, MS student Phone: 716-829-5395 Email: kamran727@gmail.com Research area: Research on mesh generation of stent and intracranial aneurysm model. |
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Markus Tremmel, Postdoc Phone: 716-829-3594 Email: mtremmel@buffalo.edu Research area: Research on pulsatile and Non-Newtonian hemodynamics in cerebral arteries. |
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Ling Gao, Postdoc Phone: 716-829-5395 Email: linggao@buffalo.edu Research area: Research on molecular and cellular changes in response to hemodynamics insult on rabbit cerebral bifurcation. |
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Yiemeng Hoi, PhD Phone: 716-829-5394 Email: yiehoi@buffalo.edu Research area: Research on correlate hemodynamics environment forces with vassular remodeling at bifurcation apex. |
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Zhijie Wang, PhD Phone: 716-829-5394 Email: zwand@buffalo.edu Research area: Research on the vascular remodeling of bifurcation apex in response to increased impinging flow. |
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Eleni Metaxa, PhD Phone: 716-829-5394 Email: emmetaxa@buffalo.edu Research area: Research on the effects of high wall shear stress on endothelial cells. |
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Dayle Hodge, MS Phone: 716-829-5395 Email: dahodge@buffalo.edu Research area: Research on the effects of hemodynamics on vascular remodeling in an ex-vivo flow system. |
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Sukhjinder Sing, MS Phone: 716-829-5395 Email: ss443@buffalo.edu Research area: Research - CFD study of hemodynamics of intracranial aneurysms and wall shear stress chamber design. |
