Research Explorer

Your browser does not support JavaScript or JavaScript is not enabled. Without JavaScript some functions of this webapplication may be disabled or cause error messages. To enable JavaScript, please consult the manual of your browser or contact your system administrator.

Researcher

Frédéric Maes

Awards & Distinctions

19 Results

2012

Computational models for wall shear stress estimation in scaffolds: a comparative study of two complete geometries

Frédéric MaesTom ClaessensM MoesenHans Van OosterwyckPeter Van RansbeeckPascal Verdonck

A1 Journal Article in JOURNAL OF BIOMECHANICS

Image based flow analysis of microscale biological systems

Frédéric MaesPascal VerdonckPeter Van Ransbeeck

The pumping mechanism of embryonic hearts

Frédéric MaesBill ChaudhryPeter Van RansbeeckPascal Verdonck

2011

What is the pumping mechanism behind embryonic hearts?

Frédéric MaesBill ChaudhryPeter Van RansbeeckPascal Verdonck

2010

CFD models for wallshear stress estimation; a comparitive study of two complete scaffold geometries

Frédéric MaesBart Van BaelenPeter Van RansbeeckMaarten MoensenHans Van OosterwyckPascal Verdonck

Embryonic hearts : how do they pump?

Frédéric MaesBill ChaudhryPeter Van RansbeeckPascal Verdonck

2009

Linked geometric features for modeling the fluid flow in developing embryonic vertebrate hearts

Francis DeboeverieFrédéric MaesPeter VeelaertWilfried Philips

Modeling fluid flow through irregular scaffolds in perfusion bioreactors

Frédéric MaesPeter Van RansbeeckHans Van OosterwyckPascal Verdonck

A1 Journal Article in BIOTECHNOLOGY AND BIOENGINEERING

Tools to understand the pumping mechanism of embryonic hearts

Frédéric MaesFrancis DeboeveriePeter Van RansbeeckPascal Verdonck

2008

Biomass sustainable energy

Ludwig CardonFrédéric Maes

Bookchapter in Sustainable Energy

CFD modeling of perfusion through irregular bone scaffolds: prediction of wall shear stresses.

Frédéric MaesPeter Van RansbeeckHans Van OosterwyckPascal Verdonck

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

Peter Van RansbeeckMatthias VermeulenBenjamin Van Der SmissenFrédéric MaesRadoslav KaminskyTom ClaessensPatrick SegersPascal Verdonck

Linking heart development to flow induced shear stresses

Frédéric MaesBill ChaudhryPatrick SegersTom ClaessensPeter Van RansbeeckPascal Verdonck

Modeling fluid flow through irregular scaffolds in perfusion bioreactors

Frédéric MaesPeter Van RansbeeckHans Van OosterwyckPascal Verdonck

Modelling the fluid dynamic environment in tissue engineered constructs

Frédéric MaesPeter Van RansbeeckHans Van OosterwyckPascal Verdonck

Numerical modeling of perfusion flow in irregular scaffolds

Peter Van RansbeeckFrédéric MaesSaartje ImpensHans Van OosterwyckPascal Verdonck

Visualization and modeling of flow in the embryonic heart

Frédéric MaesBill ChaudhryPatrick SegersPeter Van RansbeeckPascal Verdonck

2007

MODELING FLUID FLOW IN DEVELOPING EMBRYONIC VERTEBRATE HEARTS

Frédéric MaesPatrick SegersP VAN RANSBEECKB CHAUDHRYPascal Verdonck

Modeling fluid flow in developing embryonic vertebrate hearts

Frédéric Maes