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BEGIN:VEVENT
DTSTAMP:20260605T154541Z
LOCATION:Bldg. 6 - Room 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:Organizer(s): Dominik Obrist (University of Bern)\n\nHigh-fide
 lity simulation of coupled fluid–structure systems is central to predictiv
 e modeling across biomedical and industrial applications. This minisymposi
 um presents complementary advances in geometry generation, patient-specifi
 c modeling, and strongly coupled fluid–structure–contact interaction metho
 ds, with emphasis on robust numerics and scalable implementation. It will 
 highlight advances in coupled multiphysics modeling, and solver technology
  for flow–structure systems in complex settings. The minisymposium with co
 nclude with a panel discussion on future directions in the field.\n\nFluid
 -Structure-Contact Interaction Framework for Simulating Liquid Diaphragm P
 umps\n\nFluid–Structure–Contact Interaction (FSCI) is required to predict 
 flows with large structural deformations, contact events, and rapidly vary
 ing pressure fields. Such conditions can produce high-speed jets, free-sur
 face breakup, and cavitation, which may cause erosion and reduce device li
 ...\n\n\nPatrick Zulian (UniDistance Suisse, Università della Svizzera ita
 liana); Fabian Wermelinger (HSLU T&A); Gabriele Marchi and Simone Riva (Un
 iversità della Svizzera italiana); Daniel Ganellari and Christos Kotsalos 
 (ETH Zurich / CSCS); and Luca Mangani and Ernesto Casartelli (HSLU T&A)\n-
 --------------------\nPanel Discussion: How should we Validate our FSI Mod
 els?\n\nModern Fluid–Structure Interaction models can provide highly detai
 led predictions of complex mechanical system dynamics. However, it remains
  unclear how these models should be rigorously validated to ensure trustwo
 rthy results and support critical decision-making by domain experts. This 
 proble...\n\n\nDominik Obrist (University of Bern)\n---------------------\
 nParticle Tracing and Thrombus Adhesion on Fluttering Bioprosthetic Aortic
  Valve Leaflets\n\nSubclinical Bioprosthetic Valve Thrombosis (BPVT) has a
  reported incidence of 3% to 45%; the underlying thrombus adhesion process
 es could be related to leaflet fluttering. To investigate this, wall shear
  stress (WSS) patterns are analysed in fluttering and non-fluttering biopr
 osthetic aortic valve (...\n\n\nNataliya Sevryugina and Dominik Obrist (AR
 TORG Center for Biomedical Engineering Research)\n---------------------\nG
 enerating and Exploiting Virtual Cardiac Cohorts for Multiphysics Simulati
 ons from Patient-Specific Data\n\nMultiphysics cardiac simulations couplin
 g fluid–structure interaction and electrophysiology can reproduce complex 
 cardiac dynamics, but most studies remain limited to single, often patient
 -specific anatomies. Incorporating population-level variability is essenti
 al for robust modeling, uncertai...\n\n\nMartino Andrea Scarpolini, France
 sco Fabbri, and Francesco Viola (Gran Sasso Science Institute (GSSI))\n\nD
 omain: Engineering, Life Sciences, Computational Methods and Applied Mathe
 matics\n\nSession Chair: Dominik Obrist (University of Bern)
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