Research Explorer

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Researcher

Guy Mareels

Awards & Distinctions

24 Results

2007

CFD Analysis of Strategies to Improve Oxygen Availability in the AMC Bioartificial Liver

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

Experimental and numerical modelling of cerebrospinal fluid drainage

Koen Van CanneytJan KipsGuy MareelsEdward BaertPascal Verdonck

Experimental and numerical modelling of the ventriculo-sinus shunt to treat malresoptive hydrocephalus

Koen Van CanneytJan KipsGuy MareelsEdward BaertDirk Van RoostPascal Verdonck

Numerical study of O-2 consumption and availability in a full-scale model of the AMC bioartificial liver with in vitro determined hepatocyte distribution

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

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

Guy MareelsRadoslav KaminskySunny ElootPascal Verdonck

A1 Journal Article in ASAIO JOURNAL

2006

Numerical assessment of strategies to improve oxygen availability in the AMC bioartificial liver

Guy MareelsP PoyckSunny ElootR ChamuleauPascal Verdonck

Numerical modeling of oxygen availability in the AMC bioartifical liver

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

Numerical modeling to assess oxygen availability in the AMC Bioartificial Liver

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

PIV and CFD assessment of flow and shear stress distribution in central vein hemodialysis catheters

Guy MareelsRadoslav KaminskyPascal Verdonck

Three-Dimensional Numerical Modeling of Oxygen Availability in the AMC Bioartificial Liver

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

Three-dimensional numerical modeling and computational fluid dynamics simulations to analyze and improve oxygen availability in the AMC bioartificial liver

Guy MareelsPPC POYCKSunny ElootRAFM CHAMULEAUPascal Verdonck

A1 Journal Article in ANNALS OF BIOMEDICAL ENGINEERING

2005

Assessment of oxygen availability in the AMC bioartificial liver using computational fluid dynamics

Guy MareelsP PoyckSunny ElootR ChamuleauPascal Verdonck

Impact of side holes and tip location on shear stress distribution and access recirculation in a central venous catheter

Guy MareelsD DE WACHTERPascal Verdonck

Modeling Fluid Flow and Oxygen transport in the AMC Bioartificial Liver

Guy MareelsSunny ElootP POYCKR CHAMULEAUPascal Verdonck

Numerical assessment of fluid flow and oxygen availability in the AMC Bioartificial Liver

Guy MareelsP PoyckSunny ElootR ChamuleauPascal Verdonck

Numerical simulation of oxygen transport and consumption in a hepatocyte bioreactor

Guy MareelsP POYCKSunny ElootR CHAMULEAUPascal Verdonck

Numerical simulations of fluid flow and oxygen transport on a three-dimensional parametric model of the AMC Bioartificial Liver

Guy MareelsSunny ElootPascal Verdonck

Oxygen Transport Modeling in a Bioartificial Liver

Guy MareelsP POYCKR CHAMULEAUPascal Verdonck

Transport modeling in a bioartificial liver

Guy MareelsD DE WACHTERPascal Verdonck

Transport modeling in a bioartificial liver

Guy MareelsD DE WACHTERPascal Verdonck

Transport modeling in the AMC bioartificial liver

Guy MareelsP POYCKSunny ElootD DE WACHTERR CHAMULEAUPascal Verdonck

2004

Computational fluid dynamics-analysis of the Niagara hemodialysis catheter in a right heart model

Guy MareelsDirk De WachterPascal Verdonck

A1 Journal Article in ARTIFICIAL ORGANS

Performance analysis of the Niagara hemodialysis catheter in a right heart model using computational fluid dynamics

Guy MareelsDirk De WachterPascal Verdonck

Performance analysis of the Niagara hemodialysis catheter using CFD

Guy MareelsDirk De WachterPascal Verdonck