… I believe that the proposed computational model stands as a … More recently, whole heart
electromechanical models have … In this thesis, two biophysically detailed models are considered, …

… Boundary conditions of the mechanical model … electromechanical model of the human heart,
are shown in Figure 8.13. The methodology is tested with respect to the real 3D heart model…

… In this work, we propose a computational model for the … Quarteroni, Electromechanical
modeling of human ventricles with … , A comprehensive and biophysically detailed computational …

… Therefore, electromechanical models are multi-physics, … of biophysical detail and strength
of interactions between electrical and mechanical events. In this Section the main modeling …

… space scales related to cardiac electromechanics and blood … 3D electromechanical model
and the 0D circulation model in … prove the biophysical accuracy of our computational model, …

… It acts as an electromechanical pump to provide adequate blood flow … models are
considered to be biophysically detailed, the level of complexity causes higher computational …

… The biophysical heart model is personalized from patient data measured in clinical routine
… Briefly, we first propose a modelling work that allows us to construct a generic heart model …

… novel computational model for the numerical simulation of the blood flow in the human heart
… Then, we apply our computational model to the case of mitral valve regurgitation, allowing …

… This motivates the need to accurately include fibers orientation in cardiac computational
models in … 3d-0d closed-loop model for the simulation of cardiac biventricular electromechanics. …

… As the contemporary literature on EMB modelling and physical measurements spans more
… highlight a few studies that illustrate important biophysical principles that will be of utmost …