Ghent University Academic Bibliography

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Your filters: cql: author="Kaminsky, Radoslav*" or (type exact bookEditor and editor="Kaminsky, Radoslav*")

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In Vitro Flow Modelling for Mitral Valve Leakage Quantification

Mathias Vermeulen (UGent) , Radoslav Kaminsky, Benjamin Van Der Smissen (UGent) , Tom Claessens (UGent) , Patrick Segers (UGent) , Pascal Verdonck (UGent) and Peter Van Ransbeeck (UGent)

(2009)
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PIV measurements of flows in artificial heart valves

Radoslav Kaminsky, Stephan Kallweit, Massimiliano Rossi, Umberto Morbiducci, Lorenzo Scalise, Pascal Verdonck (UGent) and Enrico Primo Tomasini

(2008) TOPICS IN APPLIED PHYSICS. 112. p.55-72
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Can a kinked arterio-venous graft cause instable flow?: a patient-specific validated computer study

Koen Van Canneyt (UGent) , Radoslav Kaminsky, Lorenzo Botti, Luca Antiga, Jan Tordoir, Pascal Verdonck (UGent) and Sunny Eloot (UGent)

(2008) JOURNAL OF BIOMECHANICS. 41(suppl. 1). p.S210-S210
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Can a kinked graft cause instable flow?: a patient-specific validated computational study

Koen Van Canneyt (UGent) , Radoslav Kaminsky, Lorenzo Botti, Luca Antiga, Jan Tordoir, Pascal Verdonck (UGent) and Sunny Eloot (UGent)

(2008) JOURNAL OF VASCULAR ACCESS. 9(S1). p.S23-S23
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Experimental and numerical flow modeling towards refinement of three-dimensional echocardiography for heart valve leakage quantification

Peter Van Ransbeeck (UGent) , Matthias Vermeulen, Benjamin Van Der Smissen (UGent) , Frédéric Maes (UGent) , Radoslav Kaminsky, Tom Claessens (UGent) , Patrick Segers (UGent) and Pascal Verdonck (UGent)

(2008) IFMBE PROCEEDINGS. 22. p.2644-2647
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- Journal Article
- A1
Time-resolved PIV technique for high temporal resolution measurement of mechanical prosthetic aortic valve fluid dynamics

Radoslav Kaminsky (UGent) , U MORBIDUCCI, M ROSSI, L SCALISE, Pascal Verdonck (UGent) and M GRIGIONI

(2007) INTERNATIONAL JOURNAL OF ARTIFICIAL ORGANS. 30(2). p.153-162
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- Journal Article
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PIV validation of blood-heart valve leaflet interaction modelling

Radoslav Kaminsky (UGent) , K DUMONT, H WEBER, M SCHROLL and Pascal Verdonck (UGent)

(2007) INTERNATIONAL JOURNAL OF ARTIFICIAL ORGANS. 30(7). p.640-648
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- Journal Article
- A1
Particle image velocimetry-validated, computational fluid dynamics-based design to reduce shear stress and residence time in central venous hemodialysis catheters

Guy Mareels, Radoslav Kaminsky (UGent) , Sunny Eloot (UGent) and Pascal Verdonck (UGent)

(2007) ASAIO JOURNAL. 53(4). p.438-446
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- Conference Paper
- C3
Experimental study of patient specific kink in arterio-venous graft using particle image velocimetry

Koen Van Canneyt (UGent) , Radoslav Kaminsky (UGent) , L ANTIGA, J TORDOIR, Pascal Verdonck (UGent) and Sunny Eloot (UGent)

(2007) INTERNATIONAL JOURNAL OF ARTIFICIAL ORGANS. 30(8). p.710-710
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- Journal Article
- A1
Flow Visualization Through Two Types of Aortic Prosthetic Heart valves using Stereoscopic High-speed Particle Image Velocimetry

Radoslav Kaminsky, Stefan Kallweit, Hans Weber, Tom Claessens (UGent) , Krzysztof Jozwik and Pascal Verdonck (UGent)

(2007) ARTIFICIAL ORGANS. 31(12). p.869-879

Academic Bibliography

In Vitro Flow Modelling for Mitral Valve Leakage Quantification

PIV measurements of flows in artificial heart valves

Can a kinked arterio-venous graft cause instable flow?: a patient-specific validated computer study

Can a kinked graft cause instable flow?: a patient-specific validated computational study

Experimental and numerical flow modeling towards refinement of three-dimensional echocardiography for heart valve leakage quantification

Time-resolved PIV technique for high temporal resolution measurement of mechanical prosthetic aortic valve fluid dynamics

PIV validation of blood-heart valve leaflet interaction modelling

Particle image velocimetry-validated, computational fluid dynamics-based design to reduce shear stress and residence time in central venous hemodialysis catheters

Experimental study of patient specific kink in arterio-venous graft using particle image velocimetry

Flow Visualization Through Two Types of Aortic Prosthetic Heart valves using Stereoscopic High-speed Particle Image Velocimetry

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