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Researcher
Mathias Peirlinck
Profile
Projects
Publications
Activities
Awards & Distinctions
23
Results
2024
Uncertainty quantification of the wall thickness and stiffness in an idealized dissected aorta
Lise Gheysen
Lauranne Maes
Annette Caenen
Patrick Segers
Mathias Peirlinck
Nele Famaey
A1
Journal Article
in
JOURNAL OF THE MECHANICAL BEHAVIOR OF BIOMEDICAL MATERIALS
2024
2023
Understanding the biomechanics of cardiac shear wave elastography : an in silico study in a contracting left ventricle
Annette Caenen
Mathias Peirlinck
Jan D'hooge
Patrick Segers
C3
Conference
2023
2022
Fluid-structure interaction simulation of simplified Ross procedure for assessment of in-vivo wall-shear stress dynamics
Amith Balasubramanya
Julie Vastmans
Lauranne Maes
Mathias Peirlinck
Piet Claus
Filip Rega
Joris Degroote
Nele Famaey
Patrick Segers
C3
Conference
2022
Growth and remodeling in the pulmonary autograft : computational evaluation using kinematic growth models and constrained mixture theory
Julie Vastmans
Lauranne Maes
Mathias Peirlinck
Emma Vanderveken
Filip Rega
Ellen Kuhl
Nele Famaey
A1
Journal Article
in
INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN BIOMEDICAL ENGINEERING
2022
2019
Bridging spatiotemporal scales in biomechanical models for living tissues : from the contracting Esophagus to cardiac growth
Mathias Peirlinck
Patrick Segers
Matthieu De Beule
Benedict Verhegghe
Dissertation
2019
Kinematic boundary conditions substantially impact in silico ventricular function
Mathias Peirlinck
Kevin L. Sack
Pieter De Backer
Pedro Morais
Patrick Segers
Thomas Franz
Matthieu De Beule
A1
Journal Article
in
INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN BIOMEDICAL ENGINEERING
2019
Using machine learning to characterize heart failure across the scales
Mathias Peirlinck
F. Sahli Costabal
K. L. Sack
J. S. Choy
G. S. Kassab
J. M. Guccione
M. De Beule
Patrick Segers
E. Kuhl
A1
Journal Article
in
BIOMECHANICS AND MODELING IN MECHANOBIOLOGY
2019
2018
A modular inverse elastostatics approach to resolve the pressure-induced stress state for in vivo imaging based cardiovascular modeling
Mathias Peirlinck
Matthieu De Beule
Patrick Segers
Nuno Rebelo
A1
Journal Article
in
JOURNAL OF THE MECHANICAL BEHAVIOR OF BIOMEDICAL MATERIALS
2018
An in silico biomechanical analysis of the stent–esophagus interaction
Mathias Peirlinck
Nic Debusschere
Francesco Iannaccone
Peter D. Siersema
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
A1
Journal Article
in
BIOMECHANICS AND MODELING IN MECHANOBIOLOGY
2018
An in silico framework to analyze the anisotropic shear wave mechanics in cardiac shear wave elastography
Annette Caenen
Mathieu Pernot
Mathias Peirlinck
Luc Mertens
Abigail Swillens
Patrick Segers
A1
Journal Article
in
PHYSICS IN MEDICINE AND BIOLOGY
2018
Analyzing the shear wave mechanics in cardiac shear wave elastography using finite element simulations
Annette Caenen
Mathieu Pemot
Mathias Peirlinck
Luc Mertens
Patrick Segers
P1
Conference
2018
Patient-specific biomechanical analysis of the stented and actively contracting esophagus
Mathias Peirlinck
Nic Debusschere
Francesco Iannaccone
Peter Siersema
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
C3
Conference
2018
The in vivo stress state of human cardiovascular tissue
Mathias Peirlinck
Matthieu De Beule
Patrick Segers
Nuno Rebelo
C3
Conference
2018
2017
Patient-specific biomechanical analysis of the actively contracting and buckling (stented) esophagus
Mathias Peirlinck
Nic Debusschere
Francesco Iannaccone
Peter D. Siersema
Benedict Verhegghe
Matthieu De Beule
Patrick Segers
C3
Conference
2017
Stenting the patient-specific, actively contacting and buckling esophagus: a finite element analysis
Mathias Peirlinck
Nic Debusschere
Francesco Iannaccone
Peter D. Siersema
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
C3
Conference
2017
2016
Flow optimization in the reconstructed hypoplastic aortic arch
Mathias Peirlinck
Björn Butz
Karl D'Souza
Brian Baillargeon
Luc Mertens
Katrien Francois
Patrick Segers
Alison L Marsden
Matthieu De Beule
Steven Levine
C3
Conference
2016
2015
An in silico biomechanical analysis of the stent-esophagus interaction
Mathias Peirlinck
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
C3
Conference
2015
Computer simulations of esophageal stent implantation
Mathias Peirlinck
Nic Debusschere
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
C1
Conference
2015
Towards a full understanding of the link between oesophageal stent design and its clinical outcome
Mathias Peirlinck
Benedict Verhegghe
Patrick Segers
Matthieu De Beule
C3
Conference
2015
2014
A numerical framework to model the mechanical behavior of bioresorbable polymeric braided wire stents
Mathias Peirlinck
Nic Debusschere
Matthieu De Beule
Peter Dubruel
Patrick Segers
Benedict Verhegghe
C1
Conference
2014
Biodegradable stents for pediatric applications: a virtual simulation framework
Mathias Peirlinck
Nic Debusschere
Matthieu De Beule
Patrick Segers
Benedict Verhegghe
C3
Conference
2014
Can we develop self-expandable metallic stents without consideration of mechanical properties?: reply
Meike Hirdes
Mathias Peirlinck
Matthieu De Beule
Peter D. Siersema
A1
Journal Article
in
ENDOSCOPY
2014
Virtual stent implantation of a pediatric biodegradable stent
Mathias Peirlinck
Nic Debusschere
Matthieu De Beule
Patrick Segers
Benedict Verhegghe
C3
Conference
2014