Research Explorer

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Researcher

Peter Van Ransbeeck

Publications & Research Data

Awards & Distinctions

50 Results

2016

In-vitro modelling of the left heart

Benjamin Van Der SmissenPatrick SegersPeter Van Ransbeeck

2013

Gender related differences in variables affecting the late left ventricle flow propagation (Vpa)

Daniel VanherckeTom ClaessensSofie PardaensPeter Van RansbeeckHans VandekerckhovePascal VerdonckJohan De Sutter

Manufacturing of patient-specific optically accessible airway models by fused deposition modeling

Mathias VermeulenTom ClaessensBenjamin Van Der SmissenCedric Van HolsbekeJan De BackerPeter Van RansbeeckPascal Verdonck

A1 Journal Article in RAPID PROTOTYPING JOURNAL

Modelling the left ventricle using rapid prototyping techniques

Benjamin Van Der SmissenTom ClaessensPascal VerdonckPeter Van RansbeeckPatrick Segers

A1 Journal Article in IRBM

2012

A fast strong coupling algorithm for the partitioned fluid–structure interaction simulation of BMHVs

Sebastiaan AnnerelJoris DegrooteTom ClaessensSigrid K DahlBjorn SkallerudLeif Rune HellevikPeter Van RansbeeckPatrick SegersPascal VerdonckJan Vierendeels

A1 Journal Article in COMPUTER METHODS IN BIOMECHANICS AND BIOMEDICAL ENGINEERING

Application of a strong FSI coupling scheme for the numerical simulation of bileaflet mechanical heart valve dynamics: study of wall shear stress on the valve leaflets

Sebastiaan AnnerelJoris DegrooteJan VierendeelsTom ClaessensPeter Van RansbeeckSigrid Kaarstad DahlBjorn SkallerudLeif Rune HellevikPatrick SegersPascal Verdonck

A1 Journal Article in PROGRESS IN COMPUTATIONAL FLUID DYNAMICS

Assessment of variables affecting late left ventricular flow propagation velocity

Daniel VanherckeTom ClaessensSofie PardaensPeter Van RansbeeckHans VandekerckhovePascal VerdonckJohan De Sutter

A1 Journal Article in ACTA CARDIOLOGICA

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

A strong FSI coupling scheme for simulating BMHV dynamics: study of wall shear stress on the valve leaflets

Sebastiaan AnnerelJoris DegrooteTom ClaessensSigrid K DahlBjørn SkallerudLeif Rune HellevikPeter Van RansbeeckPatrick SegersPascal VerdonckJan Vierendeels

Anatomical and functional changes in the upper airways of sleep apnea patients due to mandibular repositioning: a large scale study

Cedric Van HolsbekeJan De BackerWim VosPascal VerdonckPeter Van RansbeeckTom ClaessensMarc BraemOlivier VandervekenWilfried De Backer

A1 Journal Article in JOURNAL OF BIOMECHANICS

Anatomically realistic geometrical boundary conditions for the numerical FSI simulation of an aortic BMHV

Sebastiaan AnnerelTom ClaessensJoris BolsLiesbeth TaelmanJoris DegrootePeter Van RansbeeckPatrick SegersPascal VerdonckJan Vierendeels

Assessment of variables affecting late left ventricular flow propagation velocity (Vpa): an echocardiographic study

Daniel VanherckeTom ClaessensPeter Van RansbeeckH VandekerckhoveF De BisschopPatrick SegersPascal Verdonck

Experimental and numerical flow vizualization in patient specific pre operative human airway geometry

Mathias VermeulenCedric Van HolsbekeTom ClaessensJan De BackerPeter Van RansbeeckPascal Verdonck

Innovative design of a venous valve intended for PIV measurements

Benjamin Van Der SmissenKoen Van CanneytMathias VermeulenMartin BayleyAndrew NarracottRado KaminskyPeter Van RansbeeckPascal VerdonckPatrick Segers

Mechanical valve fluid dynamics and thrombus initiation

Tom ClaessensJoris DegrooteJan VierendeelsPeter Van RansbeeckPatrick SegersPascal Verdonck

Bookchapter in Image-based computational modeling of the human circulatory and pulmonary systems : methods and applications

State-of-the-art methods for the numerical simulation of aortic BMHVs

Sebastiaan AnnerelTom ClaessensPeter Van RansbeeckPatrick SegersPascal VerdonckJan Vierendeels

Bookchapter in Aortic valve

The influence of the upstream boundary condition in the numerical simulation of the opening of an aortic BMHV

Sebastiaan AnnerelJoris DegrooteTom ClaessensPeter Van RansbeeckPatrick SegersPascal VerdonckJan Vierendeels

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

Computational fluid dynamics as a predictive technique for the patient-specific success of mandibular repositioning appliances

Cedric Van HolsbekeJan De BackerWim VosPascal VerdonckPeter Van RansbeeckTom ClaessensMarc BraemOlivier VandervekenWilfried De Backer

Embryonic hearts : how do they pump?

Frédéric MaesBill ChaudhryPeter Van RansbeeckPascal Verdonck

Flow analysis in patient specific lower airways using PIV

Mathias VermeulenCedric Van HolsbekeTom ClaessensJan W De BackerPeter Van RansbeeckPascal Verdonck

Mitral valve leakage quantification by means of experimental and numerical flow modeling

Mathias VermeulenBenjamin Van Der SmissenTom ClaessensRado KaminskyPatrick SegersPascal VerdonckPeter Van Ransbeeck

A2 Journal Article in ACTA MECHANICA SLOVACA

Noninvasive assessment of diastolic intraventricular pressure gradients in a large general population (the Asklepios study)

Benjamin Van Der SmissenTom ClaessensErnst RietzschelMarc De BuyzereDirk De BacquerThierry GillebertPeter Van RansbeeckPascal VerdonckPatrick Segers

Rapid prototyping for fabricating digital PIV compatible subject-specific models of the lower human airways

Tom ClaessensMathias VermeulenCedric Van HolsbekeJan De BackerPascal VerdonckPeter Van Ransbeeck

2009

Design of an artificial left ventricular muscle: an innovative way to actuate blood pumps?

Benjamin Van Der SmissenTom ClaessensPascal VerdonckPeter Van RansbeeckPatrick Segers

A1 Journal Article in ARTIFICIAL ORGANS

Experimental study of the flow field in patient specific lower airways

Mathias VermeulenCedric Van HolsbekeTom ClaessensPeter Van RansbeeckPascal Verdonck

Functional imaging on patient-specific lower airways using Computational Fluid Dynamics

Cedric Van HolsbekeMathias VermeulenTom ClaessensPeter Van RansbeeckPascal Verdonck

In Vitro Flow Modelling for Mitral Valve Leakage Quantification

Mathias VermeulenRadoslav KaminskyBenjamin Van Der SmissenTom ClaessensPatrick SegersPascal VerdonckPeter Van Ransbeeck

Integration of PIV in engineering education

Peter Van RansbeeckMathias VermeulenMurat OkcayBilgehan Uygar Oztekin

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

Towards cost-efficient RPM technology for patient specific PIV models

Batist LemanMathias VermeulenTom ClaessensPeter Van Ransbeeck

2008

An innovative design of a blood pump actuator device using an artificial left ventricular muscle

Benjamin Van Der SmissenTom ClaessensPascal VerdonckPeter Van RansbeeckPatrick Segers

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

Innovative design of an artificial left ventricular model incorporating longitudinal and radial shortening and ventricular torsion

Benjamin Van Der SmissenTom ClaessensPascal VerdonckPeter Van RansbeeckPatrick Segers

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

Relation between arterial load and left ventricular relaxation in a large population sample of healthy, middle-aged subjects.

Tom ClaessensErnst RietzschelMarc De BuyzereDirk De BacquerGui De BackerThierry GillebertPeter Van RansbeeckPascal VerdonckPatrick Segers

Visualization and modeling of flow in the embryonic heart

Frédéric MaesBill ChaudhryPatrick SegersPeter Van RansbeeckPascal Verdonck

2007

A new non-invasive method for assessing the intrinsic active strength of human left ventricular tissue

Tom ClaessensErnst RietzschelMarc De BuyzereDirk De BacquerGui De BackerThierry GillebertPeter Van RansbeeckPascal VerdonckPatrick Segers

A Novel Hydraulic Thick-Walled Phantom for the Assessment of Left Ventricular Function

Benjamin Van Der SmissenTom ClaessensGuido MeynsPeter Van RansbeeckPatrick SegersPascal Verdonck

A Novel Hydraulic Thick-walled Phantom for the Assessment of Left Ventricular Function

Benjamin Van Der SmissenTom ClaessensGuido MeynsPeter Van RansbeeckPatrick SegersPascal Verdonck

Ultrasound-Based Semi-Automatic Estimation Of Left Ventricular Torsion And Pressure Gradients

Tom ClaessensPeter Van RansbeeckPascal VerdonckPatrick Segers

2006

A new hydraulic model of the left ventricle for the assessment of wall deformation

Benjamin Van Der SmissenTom ClaessensGuido MeynsPeter Van RansbeeckPatrick SegersPascal Verdonck