<p>These plots show how wall shear parameters change from one cross section to the next, moving along the vascular centerline from the great arterial roots to the distal descending aorta. The vertical axis denotes a wall shear parameter, which is either wall shear stress (a, c) or wall shear rate (b, d); and the horizontal axis denotes the location on the centerline of vessels. Wall shear parameters are averaged over the entire cross section at each vascular centerline location. In plots (a) and (b), the horizontal axis denotes the centerline trajectory from the aortic root boundary to the aortic isthmus to the thoracic descending aorta boundary; while in plots (c) and (d), the horizontal axis denotes the centerline trajectory from the pulm...
Abstract:- The aims of this study were (1) to demonstrate the feasibility of computational fluid dyn...
Mice are widely used to investigate atherogenesis, which is known to be influenced by stresses relat...
Introduction\ud \ud Abnormal fluid mechanical environment in the pre-natal cardiovascular system is ...
<p>Typical peak-flow wall shear stress contour diagrams of great arteries, (a) plotted on actual vas...
<p>These plots show how geometric parameters change from one cross section to the next, moving along...
In this paper, the influence of the aortic dimensions of an investigated mouse on its resulting wall...
<p>A. Colour maps of WSS, obtained by CFD, in carotid arteries of two mice, one with the cuff in the...
<p>a) Reynolds numbers of flow in specific arteries, averaged along the entire arterial centerline, ...
SUMMARY The wall shear stress pattern was measured in a rigid plastic cast of a canine artery during...
AbstractAtherosclerotic plaques develop at particular sites in the arterial tree, and this regional ...
The precise flow characteristics that promote different atherosclerotic plaque types remain unclear....
In recent studies wall shear stress (WSS) in the mouse aortic arch has been investigated and values ...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Hemodynamics play a central role in hemostasis and thrombosis by affecting all aspects linked to pla...
Atherosclerotic lesions are non-uniformly distributed at arterial bends and branch sites, suggesting...
Abstract:- The aims of this study were (1) to demonstrate the feasibility of computational fluid dyn...
Mice are widely used to investigate atherogenesis, which is known to be influenced by stresses relat...
Introduction\ud \ud Abnormal fluid mechanical environment in the pre-natal cardiovascular system is ...
<p>Typical peak-flow wall shear stress contour diagrams of great arteries, (a) plotted on actual vas...
<p>These plots show how geometric parameters change from one cross section to the next, moving along...
In this paper, the influence of the aortic dimensions of an investigated mouse on its resulting wall...
<p>A. Colour maps of WSS, obtained by CFD, in carotid arteries of two mice, one with the cuff in the...
<p>a) Reynolds numbers of flow in specific arteries, averaged along the entire arterial centerline, ...
SUMMARY The wall shear stress pattern was measured in a rigid plastic cast of a canine artery during...
AbstractAtherosclerotic plaques develop at particular sites in the arterial tree, and this regional ...
The precise flow characteristics that promote different atherosclerotic plaque types remain unclear....
In recent studies wall shear stress (WSS) in the mouse aortic arch has been investigated and values ...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Hemodynamics play a central role in hemostasis and thrombosis by affecting all aspects linked to pla...
Atherosclerotic lesions are non-uniformly distributed at arterial bends and branch sites, suggesting...
Abstract:- The aims of this study were (1) to demonstrate the feasibility of computational fluid dyn...
Mice are widely used to investigate atherogenesis, which is known to be influenced by stresses relat...
Introduction\ud \ud Abnormal fluid mechanical environment in the pre-natal cardiovascular system is ...