Country
|
University / Institute
|
Group
|
Topic
|
Australia
|
UNSW Australia
|
Sydney Vascular Modelling Group Advanced[1] and Thermofluidics Group[2]
|
Cardiovascular fluid dynamics and mechanics, stent design and strategy optimization, arterial flow and stenosis, transport of drugs from stents
|
Australia
|
ANU
|
Optical Biofluidics Imaging (oBIG) Lab[3]
|
Biomedical Photonics, Biofluidics Imaging, Applied Optics
|
Belgium
|
Ghent University
|
BioMMeda[4]
|
Biomedical ultrasound research, medical devices, cardiovascular mechanics, (artificial) organs and biofluids
|
Canada
|
University of Toronto
|
Biomedical Simulation Lab[5]
|
Hemodynamic factors in atherogenesis, stroke risk assessment, optimization of bypass graft surgery
|
Canada
|
University of Western Ontario
|
Biofluidics Research Lab[6]
|
Vascular models (atherosclerosis, aneurysms), microfluidics and lab-on-a-chip, cell mechanotransduction
|
Germany
|
Charité – Universitätsmedizin Berlin
|
Biofluid Mechanics Lab[7]
|
Blood pressure measurement, ventricular assist devices, flow visualization methods (PIV, dye erosion/washout), Computational Fluid Dynamics, heart valves, blood damage, thrombus formation, congenital heart disease, patient-specific modelling
|
Germany
|
RWTH Aachen
|
Laboratory for Biomedical Fluid Mechanics[8]
|
Flows in artificial organs, artificial heart valve prostheses, blood pumps
|
Germany
|
University of Bayreuth
|
Biofluid Simulation and Modeling[9]
|
Drug delivery agents in blood flow, interfacial water, molecular dynamics of liquid organic solar cells
|
Israel
|
Israel Institute of Technology
|
The Technion Biofluids Laboratory[10]
|
Respiratory flows, small-scale physiological flows using microfluidic techniques
|
Israel
|
Ariel University
|
The Ariel Biomechanics Center (ABmC) [11]
|
Heart valves, medical devices
|
Italy
|
Politecnico di Milano
|
LaBS[12]
|
Intracranial aneurysm, pediatric surgical corrections, fetal hemodynamics
|
Netherlands
|
University of Twente
|
Computational Physiology[13]
|
Intracranial aneurysm, Cerebrospinal Fluid Flow, Regimes of flow in Physiology, Numerical Methods, High Performance Computing
|
Norway
|
Simula Research Laboratory
|
Simula[14]
|
Intracranial aneurysm, Cerebrospinal Fluid Flow, Cardiac Biomechanics, Numerical Methods
|
Singapore
|
NUS
|
Biofluid Mechanics Research Laboratory[15]
|
Biofluid Mechanics, Computational Fluid Dynamics, Cardiovascular Engineering, Particle Image Velocimetry
|
Switzerland
|
École polytechnique fédérale de Lausanne
|
LHTC[16]
|
Wave propagation, Cerebrospinal Fluid Mechanics, Hemodynamical forces and vascular diseases
|
Switzerland
|
University of Bern
|
ARTORG Cardiovascular Engineering Group[17]
|
Heart valves, complex vascular networks, advanced pumping systems
|
Switzerland
|
University of Zurich
|
The Interface Group[18]
|
Cerebrospinal fluid dynamics, cardiovascular fluid mechanics, integrated flow chambers for mechanobiology, biomedical applications
|
Turkey
|
Koç University
|
Pekkan Biofluid Mechanics Laboratory[19]
|
Cardiovascular fluid mechanics, ontogenical hemodynamics
|
United Kingdom
|
University College London
|
MUSE[20]
|
Cardiovascular fluid mechanics, cardiovascular engineering
|
United Kingdom
|
Imperial College London
|
The Xu Group[21]
|
Cardiovascular diseases, Fluid–structure interaction, drug delivery
|
United Kingdom
|
University of Sheffield
|
CISTIB[22]
|
Biomedical imaging, interventional planning, medical devices
|
United Kingdom
|
Imperial College London
|
Cardiovascular Biomechanics and Ultrasound Laboratory [23]
|
Embryonic and fetal cardiac flows, congenital heart malformations, placenta and umbilical biomechanics, anti-thrombotic blood pumps
|
United Kingdom
|
University of Strathclyde
|
Biofluid Mechanics (BioFLM) research group[24]
|
Biofluid mechanics, haemodynamics, cardiovascular fluid mechanics, in-silico modelling of fluids in biological systems
|
United States
|
Colorado State University
|
Cardiovascular and Biofluid Mechanics Laboratory[25]
|
Heart valve, heart development, Fluid–structure interaction
|
United States
|
Georgia Institute of Technology
|
Cardiovascular Fluid Mechanics Laboratory[26]
|
Biomechanics of vascular pathologies, medical devices
|
United States
|
Georgia Institute of Technology
|
Biofluids and Medical Device Research Group[27]
|
Cardiac and valvular mechanics, aortic valve mechanobiology, prosthetic heart valve mechanics, pediatric cardiovascular engineering
|
United States
|
University of Idaho
|
NIML - Neurophysiological Imaging and Modeling Laboratory[28]
|
Cerebrospinal fluid dynamics, Intrathecal drug and gene vector delivery, hydrocephalus and Chiari malformation, medical devices, neurodegenerative disorders
|
United States
|
University of Illinois at Chicago
|
Laboratory for Product and Process Design[29]
|
Cerebrospinal fluid flow, intrathecal drug delivery, intrathecal magnetic drug targeting, convection-enhanced drug delivery, whole brain cerebral blood flow, oxygen perfusion in cerebral microvasculature, cerebral water transport by Aquaporin 4, hydrocephalus smart shunt design
|
United States
|
University of Maryland
|
Biofluid Dynamics Laboratory[30]
|
Hemodynamics and hemopathology in the microcirculation, drop dynamics
|
United States
|
University of Massachusetts Amherst
|
Biofluids and Vascular Biology Laboratory : Jiménez Lab[31]
|
Cardiovascular stents, Lymphatic flow study
|
United States
|
Massachusetts Institute of Technology
|
Edelman Lab[32]
|
Drug delivery, medical devices
|
United States
|
University of Michigan
|
Biofluid Mechanics Research Laboratory[33]
|
Lung airway closure/re-opening, pulmonary surfactant delivery, artificial lung, ocular flows
|
United States
|
University of Minnesota
|
St. Anthony Falls Laboratory[34]
|
Cardiovascular fluid mechanics, medical devices, virtual surgery
|
United States
|
Stony Brook University
|
Biofluids Research Group[35]
|
Heart valves, artificial heart, left ventricular assist device
|
United States
|
The City College of New York
|
The Wallace H. Coulter Laboratory for Cardiovascular Dynamics and Biomolecular Transport[36]
|
Vascular diseases, mechanotransduction, glycocalyx
|
United States
|
Tulane University
|
Biofluid Mechanics Laboratory[37]
|
Improved therapies for pulmonary disease ARDS, prevention of ventilator-induced lung injury
|
United States
|
University of Texas at San Antonio
|
Vascular Biomechanics and Biofluids Laboratory [38]
|
Medical devices, Abdominal aortic aneurysm, Fluid–structure interaction
|
United States
|
The George Washington University
|
Biofluid Dynamics Laboratory [39]
|
Arterial flows, intraglottal flows
|
United States
|
Wright State University
|
Multi-Scale Cardiovascular Bioengineering Laboratory [40]
|
Heart valve disease, Congenital heart defects, Mechanobiology, Fluid–structure interaction, Particle-image velocimetry
|
United States
|
Northern Arizona University
|
Cardiovascular Biomechanics Lab [41]
|
Mass transport in Cardiovascular system, Heart valve calcification study, Particle deposition in Respiratory tract
|