Hydrogels are nowadays widely used in various biomedical applications, and show great
potential for the making of devices such as biosensors, drug-delivery vectors, carriers, or …

Electrocardiographic imaging (ECGI) has become an important medical diagnosis tool that
assists scientists to noninvasively investigate cardiac electric activity. Many previous works …

Large scale scientific applications in general and especially cardiac simulations experience
different execution phases at runtime and each phase has different computational and …

Computational models of the human cardiac cells provide detailed properties of human
ventricular cells. The execution time for a realistic 3D heart simulation based on these …

Introducción: Los desarrollos tecnológicos que se implementan en plataformas de código
abierto (Open Source) han crecido considerablemente en la última década, ofreciendo …

The propagation of electric signal in the heart is bonded to the cardiac muscle (myocardium)
geometry and condition. In this regard we aim to build a patient-specific computational …

Cardiac electrical activities are varying in both space and time. Human heart consists of a
fractal network of muscle cells, Purkinje fibers, arteries and veins. Whole-heart modeling of …

An artificial heart is a device that replaces the natural heart, and it is usually used as a
temporary means for gaining time during heart transplantation, or it is used permanently in …

Abstract Chronic Heart Failure (CHF) affects millions of Americans each year and it is the
leading cause of hospitalization of the patients over the age of 65. The 3D cardiac simulation …

Contraction of the heart is controlled by electrical excitations of cardiac cell membranes. The
electrical excitations of the cells and their propagation in the heart tissue provide a basis of …