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Publicações com as mesmas áreas científicas da publicação Computational FFR Assessment in Patient-Specific Right Coronary Arteries: Validation with Invasive Measurements

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Artigo em Revista Científica Internacional

Numerical Study of a Thrombus Migration Risk in Aneurysm After Coil Embolization in Patient Cases: FSI Modelling
C. Paz (Autor) (Outra); E. Suárez (Autor) (Outra); A. Cabarcos (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
FSI modeling on the effect of artery-aneurysm thickness and coil embolization in patient cases
C. Paz (Autor) (Outra); E. Suárez (Autor) (Outra); A. Cabarcos (Autor) (Outra); Sónia I. S. Pinto (Autor) (FEUP)
Fluid-structure interaction simulations in patient-specific coronary arteries with aneurysms: Viscoelastic or shear-thinning property of blood
C. Paz (Autor) (Outra); E. Suárez (Autor) (Outra); C. Gil (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)

Artigo em Livro de Atas de Conferência Internacional

Success Level of Mechanical Engineering Students of the Engineering Faculty of University of Porto in Mathematical Analysis III Course Unit From 2017 to 2023
S.I.S. Pinto (Autor) (FEUP); L. Madureira (Autor) (FEUP); S.M. Zvacek (Autor) (Outra)
Software Implementation to Simulate the Hemodynamics in Patient-Specific Coronary Arteries: A Review from the Past to the Present
S.I.S. Pinto (Autor) (FEUP)
Semi-Automatic Construction of 3D Coronary Geometries in Hyperemia Conditions for FFR Achievement - Development of a Python Software
G. Rodrigues (Autor) (FEUP); M. Fernandes (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); J. Festas (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP)
Risk of Clots Migration in Contact and in the Middle of the Patient Aneurysm - Numerical Study
C. Paz (Autor) (Outra); E. Suárez (Autor) (Outra); A. Cabarcos (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Region-Growing Semi-Automatic Approach for Coronary Artery Segmentation
J. Festas (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); C.C. António (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP); S. Silva (Autor) (Outra)
Python-Based Semi-Automatic Approach for Ventricle Segmentation
A.F.A. Senra (Autor) (FEUP); J. Festas (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); S. Silva (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Prediction of the FFR in Coronary Arteries: FSI or CFD? Newtonian or Viscoelastic Rheology?
M. Fernandes (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); C.C. António (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP)
Numerical Computation of the Fractional Flow Reserve: Analysis of Blood Flow in Atherosclerotic Left Coronary Arteries
M. Fernandes (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); M.P.L. Parente (Autor) (FEUP); S. Silva (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Modelling hemodynamics with real physiological conditions of patient-specific coronaries
M.C. Fernandes (Autor) (FEUP); Luísa Costa Sousa (Autor) (FEUP); Carlos Alberto Conceição António (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP)
Impact of resistance distribution and pressure measurement in the computed FFR
S.I.S. Pinto (Autor) (FEUP); A.A. Martins (Autor) (FEUP); Carlos Alberto Conceição António (Autor) (FEUP); Luísa Costa Sousa (Autor) (FEUP)
Hemodynamic Simulations in Right Coronary Arteries With Aneurysms Considering FSI and Blood as Viscoelastic
C. Paz (Autor) (Outra); E. Suárez (Autor) (Outra); C.G. Pereira (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Fractional Flow Reserve Prediction using In-House Computational Methods - Validation with several Patient Cases
M. Fernandes (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP)
Exploring a Python-based Semi-Automatic Approach for Coronary Artery Segmentation
J. Festas (Autor) (FEUP); Carlos Alberto Conceição António (Autor) (FEUP); Luísa Costa Sousa (Autor) (FEUP); S. Silva (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Enhancing Coronary Artery Segmentation for Hemodynamic Simulations: A Semi-Automatic Approach
J. Festas (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); C.C. António (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP); S. Silva (Autor) (Outra)
Coronary artery segmentation in hyperemia conditions for computed FFR analysis
J. Festas (Autor) (FEUP); Luísa Costa Sousa (Autor) (FEUP); Carlos Alberto Conceição António (Autor) (FEUP); S. Silva (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Computed FFR Using Windkessel and Viscoelastic Models - Validation With Left Coronary Patient Cases
M. Fernandes (Autor) (FEUP); L.C. Sousa (Autor) (FEUP); M.P.L. Parente (Autor) (FEUP); S. Silva (Autor) (Outra); S.I.S. Pinto (Autor) (FEUP)
Computed FFR based on Windkessel models with different number of elements
M. Fernandes (Autor) (FEUP); Catarina Castro (Autor) (FEUP); Luísa Costa Sousa (Autor) (FEUP); Carlos Alberto Conceição António (Autor) (FEUP); S.I.S. Pinto (Autor) (FEUP)

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