Research Explorer

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Researcher

Amith Balasubramanya

Publications & Research Data

Awards & Distinctions

9 Results

2025

Biomechanical insights into pulmonary autografts and aortic dissections using fluid-solid interaction simulations

Amith BalasubramanyaPatrick SegersJoris DegrooteNele Famaey

Hemodynamics in acute type-B aortic dissection : FSI study in an idealized dissection with a false lumen side branch

Amith BalasubramanyaLise GheysenMarkus U. WagenhäuserNele FamaeyJoris DegrootePatrick Segers

Hemodynamics in aortic dissections : a fluid-solid interaction study in an idealized dissection model with a false lumen side branch

Amith BalasubramanyaLise GheysenMarkus U. WagenhäuserNele FamaeyJoris DegrootePatrick Segers

A1 Journal Article in JOURNAL OF BIOMECHANICS

2024

Hemodynamics and wall shear metrics in a pulmonary autograft : comparing a fluid-structure interaction and computational fluid dynamics approach

Amith BalasubramanyaLauranne MaesFilip RegaValentina MazziUmberto MorbiducciNele FamaeyJoris DegrootePatrick Segers

A1 Journal Article in COMPUTERS IN BIOLOGY AND MEDICINE

2023

Fluid-structure interaction simulations in an idealized model of the dissected aorta : relation between false lumen pressure and outflow via side branches

Amith BalasubramanyaLise GheysenNele FamaeyJoris DegrootePatrick Segers

2022

Fluid-structure interaction of simplified Ross procedure as stepping stone to a fluid-solid-growth framework of arterial tissues

Amith BalasubramanyaJulie VastmansLauranne MaesMathias PeirlinckPiet ClausFilip RegaJoris DegrooteNele FamaeyPatrick Segers

Fluid-structure interaction simulation of simplified Ross procedure for assessment of in-vivo wall-shear stress dynamics

Amith BalasubramanyaJulie VastmansLauranne MaesMathias PeirlinckPiet ClausFilip RegaJoris DegrooteNele FamaeyPatrick Segers

2020

CFD study of type-B aortic dissections with flap motion : proof of concept of overset meshing

Amith BalasubramanyaJoris DegrooteLise GheysenNele FamaeyPatrick Segers

2019

Fluid pressure derived force is the main contributor to iliac limb displacement forces : shear force and redirection of flow are negligible

Håkan RoosAmith BalasubramanyaSrdjan SasicValery ChernorayHåkan Nilsson

A2 Journal Article in EUROPEAN JOURNAL OF VASCULAR AND ENDOVASCULAR SURGERY