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LOCATION:Bldg. 6 - 103
DTSTART;TZID=Europe/Stockholm:20260629T133000
DTEND;TZID=Europe/Stockholm:20260629T153000
UID:submissions.pasc-conference.org_PASC26_sess108@linklings.com
SUMMARY:MS1E - Advanced Fluid–Structure Interaction Modeling for Complex F
 lows in Biomedical and Engineering Applications
DESCRIPTION:Access the recording\n\nOrganizer(s): Dominik Obrist (Universi
 ty of Bern)\n\nHigh-fidelity simulation of coupled fluid–structure systems
  is central to predictive modeling across biomedical and industrial applic
 ations. This minisymposium presents complementary advances in geometry gen
 eration, patient-specific modeling, and strongly coupled fluid–structure–c
 ontact interaction methods, with emphasis on robust numerics and scalable 
 implementation. It will highlight advances in coupled multiphysics modelin
 g, and solver technology for flow–structure systems in complex settings. T
 he minisymposium with conclude with a panel discussion on future direction
 s in the field.\n\nFluid-Structure-Contact Interaction Framework for Simul
 ating Liquid Diaphragm Pumps\n\nFluid–Structure–Contact Interaction (FSCI)
  is required to predict flows with large structural deformations, contact 
 events, and rapidly varying pressure fields. Such conditions can produce h
 igh-speed jets, free-surface breakup, and cavitation, which may cause eros
 ion and reduce device li...\n\n\nPatrick Zulian (UniDistance Suisse, Unive
 rsità della Svizzera italiana); Fabian Wermelinger (HSLU T&A); Gabriele Ma
 rchi and Simone Riva (Università della Svizzera italiana); Daniel Ganellar
 i and Christos Kotsalos (ETH Zurich / CSCS); and Luca Mangani and Ernesto 
 Casartelli (HSLU T&A)\n---------------------\nGenerating and Exploiting Vi
 rtual Cardiac Cohorts for Multiphysics Simulations from Patient-Specific D
 ata\n\nMultiphysics cardiac simulations coupling fluid–structure interacti
 on and electrophysiology can reproduce complex cardiac dynamics, but most 
 studies remain limited to single, often patient-specific anatomies. Incorp
 orating population-level variability is essential for robust modeling, unc
 ertai...\n\n\nMartino Andrea Scarpolini, Francesco Fabbri, and Francesco V
 iola (Gran Sasso Science Institute (GSSI))\n---------------------\nParticl
 e Tracing and Thrombus Adhesion on Fluttering Bioprosthetic Aortic Valve L
 eaflets\n\nSubclinical Bioprosthetic Valve Thrombosis (BPVT) has a reporte
 d incidence of 3% to 45%; the underlying thrombus adhesion processes could
  be related to leaflet fluttering. To investigate this, wall shear stress 
 (WSS) patterns are analysed in fluttering and non-fluttering bioprosthetic
  aortic valve (...\n\n\nNataliya Sevryugina and Dominik Obrist (ARTORG Cen
 ter for Biomedical Engineering Research)\n---------------------\nPanel Dis
 cussion: How should we Validate our FSI Models?\n\nModern Fluid–Structure 
 Interaction models can provide highly detailed predictions of complex mech
 anical system dynamics. However, it remains unclear how these models shoul
 d be rigorously validated to ensure trustworthy results and support critic
 al decision-making by domain experts. This proble...\n\n\nDominik Obrist (
 University of Bern)\n\nDomain: Engineering, Life Sciences, Computational M
 ethods and Applied Mathematics\n\nSession Chair: Dominik Obrist (Universit
 y of Bern)
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