Many authors describe the movement in veins and arteries applying the Poisseuille flow pattern according to which all streamlines are parallel to the walls of vessels, and the blood flow rate is proportional to the pressure drop. The presence of vortices may imply two-dimensional stress state in the wall of the vessel. It may be suggest that the additional stress may increase the probability to injure the cells of endothelium. The progressive development of atheroma sedimentation in the vicinity of bifurcations of arteries confirms the hypothesis mentioned above
Cardiovascular diseases, particularly atherosclerosis, are a significant threat to the long-term hea...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Pulsatile flows in geometries of physiological relevance have been investigated. Atherosclerotic pla...
Many authors describe the movement in veins and arteries applying the Poisseuille flow pattern accor...
The pathology of arterial diseases such as aneurysms and atherosclerosis is of great clinical intere...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Cardiovascular diseases are one of the major causes of death in the world; atherosclerosis being one...
AbstractThe knowledge of the local blood flow and shear stress patterns in the regions of vascular b...
AbstractThe patchy distribution of atherosclerosis within arteries is widely attributed to local var...
The exact role of fluid mechanics in the patho-physiological process of atherosclerosis has been a r...
Atherosclerotic lesions are non-uniformly distributed at arterial bends and branch sites, suggesting...
Haemodynamic forces influence the functional properties of vascular endothelium. Endothelial cells (...
An experimental investigation into the link between haemodynamics and atherosclerosis is reported in...
Cardiovascular diseases, particularly atherosclerosis, are a significant threat to the long-term hea...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Pulsatile flows in geometries of physiological relevance have been investigated. Atherosclerotic pla...
Many authors describe the movement in veins and arteries applying the Poisseuille flow pattern accor...
The pathology of arterial diseases such as aneurysms and atherosclerosis is of great clinical intere...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Atherosclerotic plaques are found at distinct locations in the arterial system, despite the exposure...
Cardiovascular diseases are one of the major causes of death in the world; atherosclerosis being one...
AbstractThe knowledge of the local blood flow and shear stress patterns in the regions of vascular b...
AbstractThe patchy distribution of atherosclerosis within arteries is widely attributed to local var...
The exact role of fluid mechanics in the patho-physiological process of atherosclerosis has been a r...
Atherosclerotic lesions are non-uniformly distributed at arterial bends and branch sites, suggesting...
Haemodynamic forces influence the functional properties of vascular endothelium. Endothelial cells (...
An experimental investigation into the link between haemodynamics and atherosclerosis is reported in...
Cardiovascular diseases, particularly atherosclerosis, are a significant threat to the long-term hea...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Pulsatile flows in geometries of physiological relevance have been investigated. Atherosclerotic pla...