Research Explorer

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Researcher

Peter Mortier

99 Results

2019

Classification of aortic valve morphology using a three-dimensional convolutional neural network

Patricio AstudilloMatthieu De BeulePeter MortierJoni Dambre

Patient-specific numerical modeling in transcatheter aortic valve replacement : towards a more effective treatment

Giorgia RocatelloPatrick SegersPeter Mortier

Towards safe and efficient pre-operative planning of transcatheter mitral valve interventions

Patricio AstudilloMatthieu De BeuleJoni DambrePeter Mortier

A2 Journal Article in MORPHOLOGIE

2018

Detection of the aortic annular plane and coronary ostia from MDCT using deep learning techniques.

Patricio AstudilloFrancesco IannacconeOle De BackerMatthieu De BeulePeter MortierJoni Dambre

Patient-specific computer simulation to elucidate the role of contact pressure in the development of new conduction abnormalities after catheter-based implantation of a self-expanding aortic valve

Giorgia RocatelloGianluca De SantisFrancesco IannacconePatrick SegersMatthieu De BeulePeter Mortier

A1 Journal Article in CIRCULATION-CARDIOVASCULAR INTERVENTIONS

Towards automated TAVI device size selection using artificial intelligence

Patricio AstudilloPeter MortierJoni Dambre

2017

85Patient-specific computer simulation to elucidate the role of contact pressure in the development of new conduction abnormalities after catheter based implantation of a self-expanding aortic valve

Giorgia RocatelloGianluca De SantisFrancesco IannacconePatrick SegersMatthieu De BeulePeter Mortier

Impact of plaque type and side branch geometry on side branch compromise after provisional stent implantation : a simulation study

Francesco IannacconePatrick SegersPeter MortierBenedict VerheggheMatthieu De Beule

A1 Journal Article in EUROINTERVENTION

Low implantation depth during TAVR increases the pressure exerted on the atrioventricular conduction system: a biomechanical analysis

Giorgia RocatelloPatrick SegersPeter Mortier

Low implantation depth during TAVR increases the pressure exerted on the atrioventricular conduction system: a biomechanical analysis.

Giorgia RocatelloPatrick SegersMatthieu De BeulePeter Mortier

2016

Computer simulations to predict paravalvular leakage after TAVI : a comparison between Medtronic CoreValve and Medtronic CoreValve Evolut R Systems

Giorgia RocatelloMatthieu De BeulePatrick SegersPeter Mortier

Novel predictors for conduction disturbances after transcatheter aortic valve implantation

Giorgia RocatelloMatthieu De BeulePatrick SegersPeter Mortier

Novel predictors for conduction disturbances after transcatheter aortic valve implantation

Giorgia RocatelloMatthieu De BeulePatrick SegersPeter Mortier

Patient-specific computer modeling to predict aortic regurgitation after transcatheter aortic valve replacement

Gianluca De SantisTim DezutterBenedict VerheggheMatthieu De BeulePeter Mortier

A1 Journal Article in JACC-CARDIOVASCULAR INTERVENTIONS

Patient-specific image-based computer simulation for theprediction of valve morphology and calcium displacement after TAVI with the Medtronic CoreValve and the Edwards SAPIEN valve

Gianluca De SantisTim DezutterPatrick SegersBenedict VerhegghePeter Mortier

A1 Journal Article in EUROINTERVENTION

2014

Provisional stenting of coronary bifurcations: insights into final kissing balloon post-dilation and stent design by computational modeling

Peter MortierGianluca De SantisPatrick SegersBenedict VerheggheMatthieu De Beule

A1 Journal Article in JACC-CARDIOVASCULAR INTERVENTIONS

2013

A computational study of the hemodynamic impact of open- versus closed-cell stent design in carotid artery stenting

Gianluca De SantisBram TrachetMatthieu De BeulePeter MortierPatrick SegersPascal VerdonckBenedict Verhegghe

A1 Journal Article in ARTIFICIAL ORGANS

2012

Computer simulation predicts the geometry of the Medtronic Corevalve frame after TAVR

Peter MortierGianluca De SantisPatrick SegersBenedict VerheggheMatthieu De Beule

Kissing balloon or sequential dilation of the side branch and main vessel for provisional stenting of bifurcations: lessons from micro-computed tomography and computational simulations

Peter MortierMatthieu De Beule

A1 Journal Article in JACC-CARDIOVASCULAR INTERVENTIONS

Our capricious vessels: the influence of stent design and vessel geometry on the mechanics of intracranial aneurysm stent deployment

Sander De BockFrancesco IannacconeGianluca De SantisMatthieu De BeulePeter MortierBenedict VerhegghePatrick Segers

A1 Journal Article in JOURNAL OF BIOMECHANICS

Renewed interest in porcine and horse heart and pulmonary vein anatomy in an experimental model for atrial fibrillation treatment

Tim VandecasteeleMarjan DoomEls Van MulkenMatthieu De BeulePeter MortierPatrick SegersPieter Cornillie

Towards simulation-based pre-operative planning of transcatheter aortic valve replacement

Peter MortierGianluca De SantisPatrick SegersBenedict VerheggheMatthieu De Beule

Virtual deployment of self-expanding stents in aneurysmatic intracranial vessels: do stent design and vessel geometry matter?

Francesco IannacconeSander De BockGianluca De SantisMatthieu De BeulePeter MortierFrank VermassenPatrick SegersBenedict Verhegghe

open vs closed cell design in carotid artery stenting

Gianluca De SantisBram TrachetMatthieu De BeulePeter MortierPascal VerdonckPatrick SegersBenedict Verhegghe

2011

High quality hexahedral stent meshing for virtual carotid stent bench testing

Francesco IannacconeMatthieu De BeulePeter MortierPatrick SegersBenedict Verhegghe

Improved understanding of stent malapposition using virtual bench testing

Peter MortierMatthieu De BeuleBenjamin Van Der SmissenGianluca De SantisBenedict Verhegghe

A2 Journal Article in INTERVENTIONAL CARDIOLOGY

OK Computer! Computersimulaties voor de behandeling van uw vernauwde slagader of aorta-aneursyma

Patrick SegersAbigaïl SwillensSander De BockMatthieu De BeulePeter Mortier

A4 Journal Article in HET INGENIEURSBLAD

Stent design back in the picture: an engineering perspective on longitudinal stent compression

Peter MortierMatthieu De Beule

Editorial material

Structural simulation of a mouse-specific abdominal aorta

Joris BolsBram TrachetJoris DegrooteGianluca De SantisPeter MortierBenedict VerhegghePatrick SegersJan Vierendeels

Towards a new virtual bench testing environment for stents assessment

Francesco IannacconeMatthieu De BeulePeter MortierPatrick SegersBenedict Verhegghe

Virtual bench testing of new generation coronary stents

Peter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

A1 Journal Article in EUROINTERVENTION

2010

A new hexahedral mesher for a numerically efficient patient specific analysis of arterial blood flow and wall shear stress

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

A novel approach to patient-specific hexahedral meshing: hexahedral vs tetrahedral mesh requirements in coronary CFD

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

A novel simulation strategy for stent insertion and deployment in curved coronary bifurcations: comparison of three drug-eluting stents

Peter MortierMatthieu De BeuleDenis Van LooYvo TaeymansPatrick SegersPascal VerdonckBenedict Verhegghe

A1 Journal Article in ANNALS OF BIOMEDICAL ENGINEERING

A virtual product development strategy for minimally invasive medical devices

Matthieu De BeulePeter MortierGianluca De SantisMichele ContiPatrick SegersPascal VerdonckBenedict Verhegghe

A2 Journal Article in TRENDS IN BIOMATERIALS AND ARTIFICIAL ORGANS

Computer modelling of coronary bifurcation stenting

Peter MortierPascal VerdonckBenedict Verhegghe

Computer modelling of coronary bifurcation stenting: insights into the provisional approach

Peter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

Coronary bifurcation stenting: insights from in vitro and virtual bench testing

Peter MortierMatthieu De Beule

A1 Journal Article in EUROINTERVENTION

Finite element analysis of self expanding braided wire stents

Matthieu De BeuleMichele ContiPeter MortierPascal VerdonckPatrick SegersBenedict Verhegghe

Mesh requirements in patient-specific computational fluid dynamics for accurate assessment of wall shear stress

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

Novel technique for the quantitative analysis of wall coverage of deployed stents: comparison of five stents

Peter MortierDenis Van LooMatthieu De BeuleLuc Van HoorebekePatrick SegersPascal VerdonckBenedict Verhegghe

Novel technique for the quantitative analysis of wall coverage of deployed stents: comparison of five stents

Peter MortierDenis Van LooMatthieu De BeuleLuc Van HoorebekePatrick SegersPascal VerdonckBenedict Verhegghe

Patient-specific computational fluid dynamics: structured mesh generation from coronary angiography

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

A1 Journal Article in MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING

Stent design matters: insights from virtual bench testing

Peter MortierPascal Verdonck

Editorial material

Update on the latest advances in stent modelling

Peter MortierMatthieu De BeulePascal VerdonckBenedict VerhegghePatrick Segers

Virtual bench testing of carotid wallstents: from design to clinic

Matthieu De BeuleMichele ContiPeter MortierGianluca De SantisFrank VermassenPascal VerdonckPatrick SegersBenedict Verhegghe

Virtual bench testing of peripheral stents: from design tool towards virtual procedure planning

Matthieu De BeuleMichele ContiPeter MortierFrank VermassenPascal VerdonckPatrick SegersBenedict Verhegghe

Virtual bench testing of three coronary stents : quantitative wall coverage assessment

Peter MortierMatthieu De BeuleDenis Van LooLuc Van HoorebekePatrick SegersPascal VerdonckBenedict Verhegghe

Virtual stent implantation: a novel tool to assess arterial trauma of stent implantation

Peter MortierMatthieu De BeuleDenis Van LooYvo TaeymansPatrick SegersPascal VerdonckBenedict Verhegghe

2009

A novel framework for patient-specific hexahedral mesh generation for vascular computational modelling applied to carotid artery stenting

Gianluca De SantisMichele ContiMatthieu De BeulePeter MortierPatrick SegersPascal VerdonckBenedict Verhegghe

Analysis of side branch access during bifurcation stenting

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Balloon folding pattern, an underestimated parameter in stent design?

Matthieu De BeulePeter MortierGianluca De SantisMichele ContiPatrick SegersPascal VerdonckBenedict Verhegghe

Biomechanical analysis of stent placement in a coronary bifurcation considering the anisotropic response of the wall

Peter MortierBenedict VerheggheMatthieu De BeulePascal Verdonck

Feasibility analysis of virtual stent insertion in a patient-specific coronary bifurcation

Peter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

Finite element analysis of side branch access during bifurcation stenting

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

A1 Journal Article in MEDICAL ENGINEERING & PHYSICS

Finite element design of Nitinol embolic protection filters based on parametric modelling with Pyformex: a feasibility study

Matthieu De BeuleMichele ContiPeter MortierDenis Van LooPascal VerdonckFrank VermassenPatrick SegersBenedict Verhegghe

Nitinol embolic protection filters: design investigation by finite element analysis

Michele ContiMatthieu De BeulePeter MortierDenis Van LooPascal VerdonckFrank VermassenPatrick SegersBenedict Verhegghe

A1 Journal Article in JOURNAL OF MATERIALS ENGINEERING AND PERFORMANCE

Parametric hexahedral patient-specific mesh generation from coronary angiography using pyFormex

Gianluca De SantisPeter MortierMatthieu De BeuleYvo TaeymansPatrick SegersPascal VerdonckBenedict Verhegghe

Parametric stent design using pyFormex

Peter MortierMatthieu De BeuleDenis Van LooPascal VerdonckBenedict Verhegghe

Realistic virtual radial strength testing of stents

Matthieu De BeulePeter MortierPascal VerdonckPatrick SegersBenedict Verhegghe

The role of WSS in in-stent restenosis

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

Virtual design of minimally invasive medical devices using the Finite Element Method

Matthieu De BeulePeter MortierPatrick SegersPascal VerdonckBenedict Verhegghe

Virtual investigation of a novel provisional bifurcation stent system

Peter MortierMatthieu De BeuleGianluca De SantisPatrick SegersPascal VerdonckBenedict Verhegghe

Virtual optimization of self-expandable braided wire stents

Matthieu De BeuleSofie Van CauterPeter MortierDenis Van LooRudy Van ImpePascal VerdonckBenedict Verhegghe

A1 Journal Article in MEDICAL ENGINEERING & PHYSICS

2008

A microtomography setup for the validation of numerical stent expansion in mock arteries

Denis Van LooMatthieu De BeulePeter MortierBert MasschaeleLuc Van HoorebekeBenedict VerhegghePascal Verdonck

A novel way to assess the mechanical response of self-expanding braided wire stents

Matthieu De BeuleBenedict VerheggheMichele ContiPeter MortierRudy Van ImpePascal Verdonck

Analysis of side branch access during bifurcation stenting

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Automated generation of a finite element stent model

Peter MortierMatthieu De BeuleDenis Van LooBert MasschaelePascal VerdonckBenedict Verhegghe

A1 Journal Article in MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING

Balloon folding, the underestimated cause of neointimal hyperplasia?

Matthieu De BeulePeter MortierPatrick SegersBenedict VerhegghePascal Verdonck

Comparison of drug-eluting stent cell size using micro-CT: important data for bifurcation stent selection

Peter MortierDenis Van LooMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

A2 Journal Article in EUROINTERVENTION

Decision tool for bifurcation stenting based on geometrical analysis

Peter MortierDenis Van LooMatthieu De BeuleBenedict VerhegghePascal Verdonck

Effect of anisotropic arterial diffusivity on Drug Eluting Stent performance

Gianluca De SantisPeter MortierMatthieu De BeuleBenedict VerhegghePatrick SegersPascal Verdonck

MICROTOMOGRAPHY FOR THE VALIDATION OF FINITE ELEMENT STENT RESEARCH

Denis Van LooMatthieu De BeulePeter MortierBert MasschaeleLuc Van HoorebekePatrick SegersBenedict VerhegghePascal Verdonck

Mechanics of new generation braided wire stents

Matthieu De BeulePeter MortierDenis Van LooBenedict VerheggheRudy Van ImpePascal Verdonck

Numerical study of the uniformity of balloon-expandable stent deployment

Peter MortierMatthieu De BeuleRudy Van ImpeBenedict VerhegghePascal Verdonck

A1 Journal Article in JOURNAL OF BIOMECHANICAL ENGINEERING-TRANSACTIONS OF THE ASME

Realistic finite element-based stent design: The impact of balloon folding

Matthieu De BeulePeter MortierBenedict VerheggheRudy Van ImpePascal Verdonck

A1 Journal Article in JOURNAL OF BIOMECHANICS

Reproducibility of haemodynamical simulations in a subject-specific stented aneurysm model: a report on the Virtual Intracranial Stenting Challenge 2007

Peter MortierBenedict Verhegghe

A1 Journal Article in JOURNAL OF BIOMECHANICS

Simulation of wall shear stress-driven in-stent restenosis

Gianluca De SantisPeter MortierMatthieu De BeulePatrick SegersPascal VerdonckBenedict Verhegghe

Stent cell size: an important parameter when stenting bifurcation lesions

Peter MortierMatthieu De BeuleDenis Van LooPatrick SegersBenedict VerhegghePascal Verdonck

The underestimated cause of neointimal hyperplasia: balloon folding

Matthieu De BeulePeter MortierDenis Van LooPatrick SegersBenedict VerhegghePascal Verdonck

2007

Computersimulaties levensreddend bij medische implantaten

A4 Journal Article in HET INGENIEURSBLAD

Finite element analysis of bifurcation stenting

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Finite element stent design: Parametric modeling of braided wirestents using pyformex

Matthieu De BeuleBenedict VerhegghePeter MortierRudy Van ImpePascal Verdonck

Finite element stent design: modeling braided wirestent expansion

Matthieu De BeuleBenedict VerhegghePeter MortierRudy Van ImpePascal Verdonck

Impact of the balloon folding pattern on the stent strut distribution

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Impact of the balloon folding pattern on the transient stent expansion behaviour - A finite element study

Peter MortierMatthieu De BeuleDenis Van LooRudy Van ImpeBenedict VerhegghePascal Verdonck

Impact of the balloon folding pattern on the transient stent expansion behaviour: a finite element study

Peter MortierMatthieu De BeuleDenis Van LooRudy Van ImpeBenedict VerhegghePascal Verdonck

Improving side branch access during bifurcation stenting - a finite element study

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Improving side branch access during bifurcation stenting: a finite element study

Numerical simulations and bifurcation stenting: a promising combination

Peter MortierMatthieu De BeuleDenis Van LooBenedict VerhegghePascal Verdonck

Optimization of self-expandable braided wire stents

Matthieu De BeuleBenedict VerhegghePeter MortierRudy Van ImpePascal Verdonck

Plasticity as a lifesaver in the design of cardiovascular stents

Matthieu De BeulePeter MortierJan BelisRudy Van ImpeBenedict VerhegghePascal Verdonck

Plasticity in the mechanical behaviour of cardiovascular stents during stent preparation (crimping) and placement (expansion)

Matthieu De BeulePeter MortierRudy Van ImpeBenedict VerhegghePatrick SegersPascal Verdonck

The impact of plasticity on the mechanical behavior of cardiovascular stents during insertion and after placement

Matthieu De BeulePeter MortierBenedict VerheggheRudy Van ImpePascal Verdonck

The use of micro-CT imaging for FE stent research

Denis Van LooBert MasschaeleMatthieu De BeulePeter MortierBenedict VerheggheLuc Van HoorebekePascal Verdonck

2006

Finite Element Simulation of the free Expansion of the Cypher Stent Crimped on a Tri-folded Balloon

Matthieu De BeulePeter MortierPatrick SegersRudy Van ImpeBenedict VerhegghePascal Verdonck

Finite element simulation of the free expansion of the Cypher stent crimped on a tri-folded balloon

Matthieu De BeulePeter MortierPatrick SegersBenedict VerheggheRudy Van ImpePascal Verdonck

Ghent University and Abaqus set the standard for realistic balloon expandable stent deployment

Matthieu De BeulePeter MortierRudy Van Impe

Ghent University uses innovative method to simulate realistic balloon stent deployment

Matthieu De BeuleRudy Van ImpeBenedict VerhegghePeter MortierPascal Verdonck