Key Milestone in Predicting Endogenous Tissue Restoration in Biodegradable Heart Valves

SimInSitu Advances Patient-Specific TAVI Model for Heart Valve Testing

SimInSitu Project: Advancing Dissemination and Expanding Scientific Impact

Advancing Patient-Specific Modeling for Heart Valve Testing – SimInSitu Project Update

Milestone #8: Verification and Validation of the Finite Element Model of the Third Heart Valve Successfully Ac

Fluid Structure Interaction for Simulation and Validation of Transcatheter Heart Valve

Milestone #15 successfully achieved through patient-specific modeling of tissue-engineered heart valves in you

Milestone #10 successfully accomplished with the patient-specific modeling of TAVI using the SAPIEN 3 Ultra de

New Approaches in Scaffold Material Analysis: Understanding Fatigue Behavior

Milestone #5 is reached successfully with the Sapien 3 TAVI Device FSI Model

Modelling the Growth and Remodeling (G&R) of the Endogenous Tissue Restoration (ETR) In Xeltis Biodegradable D

InnovaHeart 2024 - 6-7 February in Leuven

Dissemination Results

Patient-Specific In-Silico Modeling of TAVI Patients

Pulmunary Valve In-Silico Modeling

Milestone on the scaffold characterisation and uncertainty quantification of materials for in-situ tissue-engi

The constitutive model of the scaffold material developed by the TU Graz agrees well with mechanical tests per

VPH Institute and SimInSitu: a joint strategy for comunication and dissemination

Patient-Specific FSI Simulation of TAVI

In-silico modeling of balloon- expandable TAVI device