Mostrando 9 resultados de: 9
Filtros aplicados
Publisher
Computing in Cardiology(4)
Computers in Biology and Medicine(1)
Frontiers in Physiology(1)
International Journal for Numerical Methods in Engineering(1)
Journal of Computational Science(1)
Área temáticas
Fisiología humana(7)
Enfermedades(4)
Medicina y salud(4)
Ciencias de la computación(3)
Métodos informáticos especiales(2)
Área de conocimiento
Enfermedad cardiovascular(4)
Fisiología(1)
Matemáticas aplicadas(1)
Medicina interna(1)
Optimización matemática(1)
Origen
scopus(9)
A Novel Paradigm for in Silico Simulation of Cardiac Electrophysiology Through the Mixed Collocation Meshless Petrov-Galerkin Method
Conference ObjectAbstract: Multi-scale cardiac electrophysiological modeling involves high computational load due to the inherePalabras claves:Autores:Esther Pueyo, Mountris K.A., Sanchez C.Fuentes:scopusA meshless fragile points method for the solution of the monodomain model for cardiac electrophysiology simulation
ArticleAbstract: Meshless methods for in silico modeling and simulation of cardiac electrophysiology are gaining morePalabras claves:Cardiac electrophysiology, FPM, Fragile points method, Meshless, Monodomain modelAutores:Atluri S.N., Dong L., Esther Pueyo, Guan Y., Mountris K.A.Fuentes:scopusCell-based maximum entropy approximants for three-dimensional domains: Application in large strain elastodynamics using the meshless total Lagrangian explicit dynamics method
ArticleAbstract: We present the cell-based maximum entropy (CME) approximants in E3 space by constructing the smoothPalabras claves:cell-based maximum entropy, essential boundary condition imposition, Explicit time integration, large strain elastodynamics, Meshless, weak Kronecker-deltaAutores:Bourantas G.C., Esther Pueyo, Joldes G.R., Millán D., Miller K., Mountris K.A., Wittek A.Fuentes:scopusNext-generation in Silico Cardiac Electrophysiology through Immersed Grid Meshfree Modeling: Application to Simulation of Myocardial Infarction
Conference ObjectAbstract: State-of-art simulators of cardiac tissue electrophysiology are commonly based on the Finite ElementPalabras claves:Autores:Esther Pueyo, Mountris K.A.Fuentes:scopusImage-based Cardiac Electrophysiology Simulation through the Meshfree Mixed Collocation Method
Conference ObjectAbstract: State-of-the-art solvers for in silico cardiac electro-physiology employ the Finite Element Method tPalabras claves:Autores:Doblare M., Esther Pueyo, Mountris K.A.Fuentes:scopusLocation of Parasympathetic Innervation Regions From Electrograms to Guide Atrial Fibrillation Ablation Therapy: An in silico Modeling Study
ArticleAbstract: The autonomic nervous system (ANS) plays an essential role in the generation and maintenance of cardPalabras claves:achetylocholine, Atrial Fibrillation, autonomic nervous system, catheter ablation, computational simulation, Electrograms, ganglionated plexi, repolarization EGMAutores:Celotto C., Esther Pueyo, Mountris K.A., Pablo Laguna, Sanchez C.Fuentes:scopusVentricular Conduction System Modeling for Electrophysiological Simulation of the Porcine Heart
Conference ObjectAbstract: Depolarization sequences triggering mechanical contraction of the heart are largely determined by thPalabras claves:Autores:Doblare M., Esther Pueyo, Mazo M.M., Mountris K.A., Rosales R.M.Fuentes:scopusRotor Termination in Cholinergic Paroxysmal Atrial Fibrillation by Small-Conductance Calcium-Activated K<sup>+</sup>Channels Inhibition and Isoproterenol: A Computational Study
Conference ObjectAbstract: Hyperactivity of the parasympathetic nervous system has been linked to the onset of paroxysmal atriaPalabras claves:Autores:Celotto C., Esther Pueyo, Mountris K.A., Pablo Laguna, Sanchez C.Fuentes:scopusSteady-state and transient effects of SK channel block and adrenergic stimulation to counteract acetylcholine-induced arrhythmogenic effects in the human atria: A computational study
ArticleAbstract: Hyperactivity of the parasympathetic nervous system has been linked to the development of paroxysmalPalabras claves:Acetylcholine, Atrial Fibrillation, autonomic nervous system, Isoproterenol, Small-conductance calcium-activated potassium channelsAutores:Celotto C., Esther Pueyo, Laguna P., Mountris K.A., Sanchez C.Fuentes:scopus