<p>(A) Left ventricle geometry, boundary conditions are applied to the highlighted nodes as described in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1000371#pcbi-1000371-t002" target="_blank">Table 2</a>. Gray spheres are mid/inner nodes, green spheres are outer base nodes and orange spheres are the apex nodes. (B) Fiber and sheet orientation across the heart wall.</p
Fibre orientation of myocardial wall plays a significant role in ventricular wall stress, which is a...
Background: One of the main factors affecting propagation of electrical waves and contraction in ven...
Abstract-Mathematical models of left ventricular (LV) wall mechanics show that fiber stress depends ...
<p>(A) Three heart tetrahedral-mesh models with different subdivision levels. (B–D) Fiber orientatio...
<p>Cubes show the regional variation in the fibre orientation in the A) mid LV lateral free wall, B)...
The purpose of this thesis is to obtain and represent the orientation of the muscle fibres in the le...
textIn cardiac biomechanics, people have been developing a complete model of the patient-specific he...
We describe a mathematical model of the shape and fibre direction field of the cardiac left ventricl...
Mathematical models of left ventricular (LV) wall mechanics show that fiber stress depends heavily o...
In the design of patient specific mathematical models of cardiac mechanics, the lack of patient spec...
International audienceThe aim of the present study is to check, by means of elementary mathematical ...
The objective of this research is to study the effects of myofiber volume fraction and fiber orienta...
<p>(A) Fiber tracts in the lateral LV wall. The tracts are color-coded by their inclination or helix...
Heart wall myofibers wind as helices around the ventricles, strengthening them in a manner analogous...
A geometrical model for the left ventricle is developed consisting of a nested set of truncated elli...
Fibre orientation of myocardial wall plays a significant role in ventricular wall stress, which is a...
Background: One of the main factors affecting propagation of electrical waves and contraction in ven...
Abstract-Mathematical models of left ventricular (LV) wall mechanics show that fiber stress depends ...
<p>(A) Three heart tetrahedral-mesh models with different subdivision levels. (B–D) Fiber orientatio...
<p>Cubes show the regional variation in the fibre orientation in the A) mid LV lateral free wall, B)...
The purpose of this thesis is to obtain and represent the orientation of the muscle fibres in the le...
textIn cardiac biomechanics, people have been developing a complete model of the patient-specific he...
We describe a mathematical model of the shape and fibre direction field of the cardiac left ventricl...
Mathematical models of left ventricular (LV) wall mechanics show that fiber stress depends heavily o...
In the design of patient specific mathematical models of cardiac mechanics, the lack of patient spec...
International audienceThe aim of the present study is to check, by means of elementary mathematical ...
The objective of this research is to study the effects of myofiber volume fraction and fiber orienta...
<p>(A) Fiber tracts in the lateral LV wall. The tracts are color-coded by their inclination or helix...
Heart wall myofibers wind as helices around the ventricles, strengthening them in a manner analogous...
A geometrical model for the left ventricle is developed consisting of a nested set of truncated elli...
Fibre orientation of myocardial wall plays a significant role in ventricular wall stress, which is a...
Background: One of the main factors affecting propagation of electrical waves and contraction in ven...
Abstract-Mathematical models of left ventricular (LV) wall mechanics show that fiber stress depends ...