… fluid–structure problem with large displacements. The proposed strategy allows to perform
realistic simulations on geometries coming from medical imaging… with medical images and …

… the rapid advancement of medical imaging and computational methods and power,
computational fluid dynamics (CFD), finite element analysis (FEA), and fluid-structure interaction (FSI…

… • Tetrahedral mesh generation for the fluid volume - We choose the octreebased isocontouring
method to construct tetrahedral meshes for the fluid volume from medical imaging data. …

… In this study, an anatomical model of a human MV is derived from in vivo magnetic resonance
imaging (MRI) data. Using this clinical imaging-derived model, fluid–structure interaction (…

… With recent advances in medical imaging technology such as cardiac-gated computed
tomography (CT) and 4D magnetic resonance imaging (MRI) that can now provide …

… in the use of medical imaging techniques such as Magnetic Resonance Imaging (MRI) and
… These have long been invaluable tools in clinical practise, and together with modern image …

… Recent advances in medical imaging technology and computational modeling techniques
are making it possible that patient-specific computational ventricle models be constructed and …

… Fluid-structure interaction algorithms are utilized to … fluid dynamics, vessel walls, heart
walls, and valves. By combining advanced medical imaging techniques with fluid-structure …

… -based CFD studies carried out to date, we review the medical imaging and image
processing techniques available to acquire the necessary geometric and functional boundary …

… tively assessed by detailed comparisons with corresponding dynamical sequences of
medical images. In our simulation framework, multiple model parameters such as inflow, …