Normalized maximum velocity of (a) the transvalvular flow and (b) the outflow. The maximum velocities for the normal valve are calibrated to 100%.</p
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
The goal of this study has been to develop a numerical model of the aortic valve, to validate it wit...
(a) Velocity distributions at the orifice. (b) Flow rate at the inlet, orifice, and outlet.</p
Valve configuration and flow streamlines in the cases of (a) CAV and (b) IAV at 1.00 s.</p
(a) Time variations of the venous behavior: A, opening phase, 0.05–0.20 s; B, equilibrium phase, 0.2...
The present study aimed to understand the effect of venous valve lesion on the valve cycle. A modifi...
There is inadequate understanding of the mechanisms that cause veins and venous valves to fail. Prob...
Venous valves play an important role in ensuring that blood returns to the heart. Nevertheless there...
The natural aortic valve is able to outlast almost any man-made valve known to date and is a marvell...
The work is focused on calculating hemodynamically negative effects of a flow through bileaflet mech...
Around 250,000 heart valve replacements are performed every year around the world. Due their higher ...
The possibility that the discharge coefficient (C(d)) for a mechanical heart valve (MHV) is affected...
Chronic venous insufficiency (CVI) is a condition whereby the venous valves fail to function as inte...
AbstractPurpose: The purpose of this investigation was to study the mechanism of venous valve closur...
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
The goal of this study has been to develop a numerical model of the aortic valve, to validate it wit...
(a) Velocity distributions at the orifice. (b) Flow rate at the inlet, orifice, and outlet.</p
Valve configuration and flow streamlines in the cases of (a) CAV and (b) IAV at 1.00 s.</p
(a) Time variations of the venous behavior: A, opening phase, 0.05–0.20 s; B, equilibrium phase, 0.2...
The present study aimed to understand the effect of venous valve lesion on the valve cycle. A modifi...
There is inadequate understanding of the mechanisms that cause veins and venous valves to fail. Prob...
Venous valves play an important role in ensuring that blood returns to the heart. Nevertheless there...
The natural aortic valve is able to outlast almost any man-made valve known to date and is a marvell...
The work is focused on calculating hemodynamically negative effects of a flow through bileaflet mech...
Around 250,000 heart valve replacements are performed every year around the world. Due their higher ...
The possibility that the discharge coefficient (C(d)) for a mechanical heart valve (MHV) is affected...
Chronic venous insufficiency (CVI) is a condition whereby the venous valves fail to function as inte...
AbstractPurpose: The purpose of this investigation was to study the mechanism of venous valve closur...
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
Chronic venous disease is defined as dysfunction of the venous system caused by incompetent venous v...
The goal of this study has been to develop a numerical model of the aortic valve, to validate it wit...
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