Director: Prof. Hui Meng

Titles

Address

Education

Positions Held

Awards and Honors

Research Interests

Professional Societies

Professional Activities

Services

Courses Taught

Research Supervision

Graduate Students Advised Degree, Year of Graduation, Thesis Title
Zhongwang Dou* Ph.D., 2017, Experimental Study of Inertial Particle-Pair Relative Velocity in Isotropic Turbulence
Vincent Tutino* Ph.D., 2017, Development of Blood-Based Biomarkers to Detect Brain Aneurysm
Rahul Sanal M.S., 2016, A Fast Spring-based Geometric Constraint Algorithm for Simulating Endovascular Coil Treatment of Cerebral Aneurysms
Nicholas Liaw* M.D. Ph.D., 2015, Hemodynamics Induced Intracranial Aneurysm Initiation: Mechanism Exploration and Model Optimization
Robert Damiano* M.S., 2015, Finite Element Modeling of Endovascular Intervention Enables Hemodynamic Characterization of Intracranial Aneurysm Treatment Strategies
Chris Martensen M.S., 2015, A Particle Image Velocimetry Study for Verification and Validation of a Computational Fluid Dynamics Tool
Anjun Tripathy M.S., 2015, Improved Non-invasive Method for Aerosol Particle Charge Measurement Employing In-line Digital Holography
Jessica Utzig M.S., 2015, Coculture Flow System for Study Endothelial and Smooth Muscle Cell Interactions under High Wall Shear Stress
Gabriel Trylesinski* M.S., 2014, Vortex Dynamics in Ruptured and Unruptured Intracranial Aneurysms
Vincent Tutino* M.S., 2014, Analysis of Vascular Remodeling in the Circle of Willis after Hemodynamic Characterization of Intracranial Aneurysm Treatment Strategies
Fan Yang M.S., 2014, Measurement and Application fo Charge on Aerosols Using In-line Holographic Particle Tracking Velocimetry
Ding Ma* Ph.D., 2013, Computer Modeling of Neurovascular Flow Diverter
Max Mandelbaum* M.D. Ph.D., 2013, The Role of Smooth Muscle Cells in a Model of Hemodynamic Intracranial Aneurysm Initiation
Jennifer Dolan* Ph.D., 2012, Endothelial Cells under High Wall Shear Stress and Spatial Gradients
Jianping Xiang* Ph.D., 2012, Intracranial Aneurysm Rupture Risk Prediction and Endovascular Virtual Intervention
Jaclyn Alfano* M.S., 2011, Identification of Critical Hemodynamic Parameters that Correlate to Bifurcation Sites with High Rates Intracranial Aneurysm Occurrence
Shashi Kaluvala M.S., 2010, Endothelial Cell Apoptosis at High Wall Shear Stress and Wall Shear Stress Gradient Environment
V. C. Madhu M.S., 2010, Image-Based CFD Analysis of Intracranial Aneurysms
Jun Zha M.S., 2010, Experiments of Particle Dispersion in Isotropic Turbulence Using Hybrid Digital Holographic Imaging System
Sukhjinder Singh* M.S., 2009, An In Vitro Flow System to Study Endothelial Cell Response to Postive and Negative Wall Shear Stress Gradients
Yiemeng Hoi* Ph.D., 2008, Correlating In Vivo Hemodynamics with Vascular Responses
Jeremy de Jong* Ph.D., 2008, Dynamic Particle Field Experiments with Holographic Imaging
Eleni Metaxa* Ph.D., 2008, Endothelial Cells under High Flow
Zhigie Wang* Ph.D., 2008, Flow-induced Aneurysm-Type Remodeling near an Arterial Bifurcation Apex
Sujan Dhar* M.S., 2008, Rupture Risk Assessment of Human Intracranial Aneurysms: Morphological and Hemodynamic characterization
Dayle Hodge M.S., 2008, Ex Vivo Model for Studying Vascular Remodeling
Lujie Cao* Ph.D., 2007, Experimental Study of Aerosol Clustering in Isotropic Turbulence by Holographic Imaging
Minsouk Kim* Ph.D., 2007, Computational Fluid Dynamic Studies of Endovascular Stents for Treating Cerebral Aneurysms
Andrew Jennings M.S., 2007, Blood Flow Measurement from Digital Angiography
Michael Szymanski* M.S., 2007, Endothelial Cell Layer Subjected to Flow Mimicking the Apex of an Arterial Bifurcation
Ling Ye M.S., 2006, Three-dimensional Measurement of Bubble Growth Using Digital HPIV with Statistical Analysis
Suxian Huang M.S., 2005, Four-Dimensional Holographic Microscopy
Gang Pan* Ph.D., 2004, Digital Holographic Imaging for 3D Particle and Flow Measurements
Gaelle Campagne M.S., 2003, Three-dimensional Measurement of Benchmark Flows Using Digital Holographic Particle Image Velocimetry
Jonathan Dudley M.S., 2003, A Biomechanical Study of Intracranial Aneurysm
Yixiang Feng* M.S., 2003, A Biomechanical Model of Rupture of Intracranial Aneurysm
Stephanie Harvey M.S., 2003, Transcatheter Delivery of Fibrin Gel for Treatment of Intracranial Aneurysms: An In Vitro Study
Yiemeng Hoi* M.S., 2003, Correlation of Hemodynamics Forces and Aneurysm Geometry: Results of Computational Fluid Dynamics study
Amol Mulay M.S., 2003, Computational Modeling of Cerebral Aneurysm Hemodyanamics: Effect of Stenting
Zhijie Wang* M.S., 2003, Stenting Effectiveness Assessment of Curved Vessel Aneurysm
Ye Pu* Ph.D., 2002, Holographic Particle Image Velocimetry: Theory to Practice
Suchuan Dong* Ph.D., 2001, Direct Numerical Simulation of Mixing Tab Flow
Dib Mukherjee M.S., 2001, Fluid-Phase Characterization in Particle-Laden Isotropic Turbulence
Matthieu Delahaye M.S., 2000, Application of PIV to Studying Particulate Flows
Weiwei Jia* M.S., 1999, Development of PIV for Large Area Air Flow Measurement
Vishal Khosla M.S., 1999, Flow Visualization Study of High Efficiency Vortab Mixer
Mike Richardson M.S., 1999, PIV Measurements of Interaction of Air Motion and the Human Body in Confined Spaces
Wei Jin M.S., 1998, Laser Doppler Velocimetry Calibration of a Water Tunnel
Ye Pu* M.S., 1998, An Advanced Holographic PIV System
Jian Sheng* M.S., 1998, Development of Data Processing Systems, Algorithms, and Application for PIV and Holographic PIV
Wenming Yang* M.S., 1997, A Study of Coherent Structures in the Wake of a Passive Mixing Tab Using Particle Image Velocimetry

*Students who published in peer-reviewed journals based on their thesis work

Grants Received (Total: $19,419,921)

As of July 28, 2017

Project Title; Funding Agency; Period; Collaborators Amount
Virtual Intervention of Intracranial Aneurysms; National Institutes of Health/National Institute of Neurological Disorder and Stroke (1R01NS091075-01);
4/1/2015–3/31/2020; PI: H. Meng, Co-I: A. Siddiqui, J. Xu, J. Yu		 $1,696,730
Development of Blood-Based Biomarkers for Brain Aneurysm Detection; The Brain Aneurysm Foundation; 10/1/2014–9/30/2017; PI: H. Meng $107,100
A View: A Bedside Simulation Tool for Neurovascular Intervention; National Institutes of Health/National Institute of Neurological Disorder and Stroke (1R03NS090193-01A1); 9/1/2015–8/31/2017; PI: H. Meng, Co-I: A. Siddiqui $157,318
Development of Virtual Expansion of Enterprise Stent in Cerebral Aneurysms; Zhongbei Tianyi Science and Technology; 11/1/2013–5/31/2014; PI: H. Meng, Co-I: A. Siddiqui $25,000
Rapid Assessment of Patient-Specific Hemodynamics from Angiographic and CTA Images; Toshiba Medical Systems; 11/1/2009–10/31/2015; PI: H. Meng, L. N. Hopkins $600,000
Hemodynamic Induction of Pathologic Remodeling Leading to Intracranial Aneurysms; National Institutes of Health/National Institute of Neurological Disorder and Stroke (5R01 NS064592); 2/15/2009–2/14/2015; PI: H. Meng, Co-I: J. Kolega, D. Swartz, A. Siddiqui $1,733,595
Collaborative Research: Integrated Investigation of Inertial Particle Pair Dynamics in Turbulence (CBET-0967407); National Science Foundation; 7/15/2010–6/30/2015; PI: H. Meng (in collaboration with CBET-0967349 awarded to Lance Collins of Cornell U.) $203,685
A New Parameter for Prediction for Prediction of Intracranial Aneurysm Hemodynamics and Risk of Rupture; National Institutes of Health/Nationl Institute of Biomedical Imaging and Bioengineering (1 R03 EB014860-01), 9/1/2013–8/31/2016; PI: I. Borazjan, Co-I: H. Meng $152,863
Evaluation of Pipeline Embolization Device Using Virtual Deployment in Patient-Specific Aneurysms; Covidien (VTGCC053012-009); 9/1/2012–8/31/2013; PI: H. Meng, Co-I: A. Siddiqui, E. Levy $90,295
Computing Infrastructure to Advance Biomedical Research; National Institutes of Health/NCRR (1S10RR028863); 6/24/2010–6/23/2011; PI: Thomas Furlani, Co-I: H. Meng et al. $2,566,410
Computational Fluid Dynamics Analysis of Neuro-endovascular Flow Diverters; Micrus Endovascular Corporation; 12/1/2009–4/30/2010; PI: H. Meng $40,000
Mechanical Forces Exerted on an Ex Vivo Vascular Bifurcation; American Society of Quality;
4/1/2008–12/31/2010; PI: H. Meng, in support of mentoring research by Dayle Hodge, Jennifer Dolan, Jianping Xiang		 $26,401
Investigation of Particle Clustering Using 3D Digital Holographic Imaging and Direct Numberical Simulation; NASA (NRA 02 OBPR 03C); 6/2005–9/2009; PI: H. Meng $157,607
Hemodynamic Intervention of Intracranial Aneurysm; NIH/NINDS (5K25 NS047242), 2/1/2004–1/31/2009; PI: H. Meng $766,555
Intracranial Aneurysm Model for Neurointervention; UB2020 Inter-disciplinary Research Development Fund; 2/1/2007–1/31/2008; PI: H. Meng, Co-I: J. Kolega, A. Siddiqui $36,500
Radiographic Guidance of New Cerebral Aneurysm Stent; NIH/NINDS (R01 NS043924); 4/15/2004–3/31/2008; PI: S. Rudin, Co-I: H. Meng, D. Bednarek, K. Hoffmann, L. N. Hopkins, L. Guterman $2,589,418
Microradidographic Guidance of Flow Modifying Stents; NIH/NIBIB (R01 EB002873); 9/20/2003–7/31/2008; PI: S. Rudin, Co-I: H. Meng, D. Bednarek, K. Hoffmann, L. N. Hopkins, L. Guterman $3,199,913
Understanding and Characterization of Hemodynamics in Non-Stented and Stented Cerebral Aneurysms; National Science Foundation (BES-0302389); 7/1/2003–6/30/2006; PI: H. Meng, Co-PI: D. Taulbee, L. N. Hopkins $333,363
Holographic Measurement of Particle-Turbulence Interaction in Isotropic Turbulence; NSF;
12/12/2001–11/30/2004; PI: H. Meng		 $200,000
Dynamics of Aerosol Particles in Stationary, Isotropic Turbulence; NASA Microgravity Fluid Physics Program, 2000–2004; PI: L. Collins, Co-PI: H. Meng $350,000
New York Environmental Quality Systems Center; NYSTAR; 2002–2003; Lead Institution: Syracuse University (Total funding of $15.9M) UB Co-PIs: H. Meng, B. Baier, L. Stephan $1,273,000
Hemodynamics of Cerebral Aneurysms; The Cummings Foundation, 2002–2003; PI: H. Meng $100,000
Hemodynamics Laboratory for Intracranial Aneurysm Study; Western New York Foundation; 2002–2003; PI: H. Meng $100,000
Nonequilibrium Turbulence Study using Holographic PIV; AFOSR (DEPSCoR); 1998–2001; PI: H. Meng $213,000
Industrial Match for CAREER Award; The Dow Chemical Company; 1996–2001; PI: H. Meng $125,000
New Approaches of Holographic Particle Velocimetry for Studying Turbulence; National Science Foundation CAREER Award; 1996–2001; PI: H. Meng $385,000
Non-Contact Diagonstics in Manufacturing: A New Precision Measurement Lab; NSF-EPSCoR; 1998–2000; PI: S. Madanshetty, Co-PI: H. Meng et al. $499,541
CAREER Supplement: Stereo PIV Measurement for Stirred Tank; National Science Foundation; 1998–1999; PI: H. Meng $23,100
Equipment Upgrade for Development of Holographic PIV, National Science Foundation-REG; 1997–1998; PI: H. Meng $98,613
Acquisition of Major Research Equipment (PIV) for Kansas Universities; National Science Foundation-EPSCoR; 1998; PI: M. Hosni, Co-PI: H. Meng, B. W. Jones $150,000
Interaction of Air Motion and Human Body in Confined Spaces; ASHRAE; 1997–1999; PI: B. W. Jones, Co-PI: H. Meng, M. Hosni $97,331
Kansas Program for Complex Fluid Flows; National Science Foundation-EPSCoR; 1997–1998; PI: C. Sorensen, Co-PI: H. Meng et al. $902,000
Development of a Comprehensive Research Initiative in Complex Fluid Flows; KSU; 1996–1998; PI: R. O. Fox, Co-PI: H. Meng et al. $243,200
Non-Contact On-Line Surface Measurement using OptoStylus; Advanced Manufacturing Institute; 1995–1998; PI: H. Meng $75,000
Holographic Visualization and Velocimetry Techniques for Combustion Studies; AFOSR; 1997; PI: H. Meng $25,000
Development of HPIV for Studying Vortex-Flame Interaction; AFOSR: Summer Faculty; 1996; PI: H. Meng $10,000
New Approaches of Holographic Particle Velocimetry for Studying Turbulence; K*STAR: First Award; 1996; PI: H. Meng $48,313
Investiagation of PIV Application in Wright Lab; Chemineer, Inc., Ford Research Laboratory, K*STAR: RSI; 1995–1996; PI: H. Meng $10,500
Development of Holographic Particle Image Velocimetry for Environmental Research; Sloan Foundation; 1995–1996; PI: H. Meng $9,600