<p>The time phase is represented by a star in the inflow rate time curve inserted at the top of each column. The black arrows represent the flow direction, and the little black dots indicate the beginning of the streamlines.</p
<p>Graphs show sectional streamlines in the mid-coronal cross-section and the contour of the velocit...
<p>(A) the vessel wall permeability multiplied by the circumference (B) the transvascular flow , wh...
<p>The unstressed radii for Figure A and B are 0.26 <i>cm</i> and 0.13 <i>cm</i>, respectively. The ...
<p>Five measurement phases from top to bottom rows are early systole, systolic peak, late systole, d...
<p>Planes were measured at 50% of the orifice width. Arrows within the diagram show the direction an...
<p>The flow enters the measurement region from the right. Note that a non-linear color scale was use...
<p>Plane 1 measured at 10 cm, Plane 2 measured at 78% pool mean depth (<i>h</i>m). Arrows within the...
<p>a) Streamline representation of the velocities of one mouse during peak systole. Streamlines are ...
<p>Streamline visualization (velocity encoded) of ‘typical clockwise’ right atrial vortex during lat...
<p>(a) View of the velocity streamlines of the aqueduct and fourth ventricle in a healthy patient in...
Novel mathematical descriptions of streak and time lines lead to new methods for visualizing and ana...
Today we are still lacking reliable data on the distribution of the three velocity components (Ux, U...
<p>Composite flow velocity curve is shown in (a). The curve is temporally scaled to a standard heart...
<p><i>T* = t/T</i>. t: flow time. T: cardiac period. Anterior leaflet: dash-dot line. Posterior leaf...
<p>(A) Combined contour-vector plot illustrating flow pattern on XY plane in side view. (B) Combined...
<p>Graphs show sectional streamlines in the mid-coronal cross-section and the contour of the velocit...
<p>(A) the vessel wall permeability multiplied by the circumference (B) the transvascular flow , wh...
<p>The unstressed radii for Figure A and B are 0.26 <i>cm</i> and 0.13 <i>cm</i>, respectively. The ...
<p>Five measurement phases from top to bottom rows are early systole, systolic peak, late systole, d...
<p>Planes were measured at 50% of the orifice width. Arrows within the diagram show the direction an...
<p>The flow enters the measurement region from the right. Note that a non-linear color scale was use...
<p>Plane 1 measured at 10 cm, Plane 2 measured at 78% pool mean depth (<i>h</i>m). Arrows within the...
<p>a) Streamline representation of the velocities of one mouse during peak systole. Streamlines are ...
<p>Streamline visualization (velocity encoded) of ‘typical clockwise’ right atrial vortex during lat...
<p>(a) View of the velocity streamlines of the aqueduct and fourth ventricle in a healthy patient in...
Novel mathematical descriptions of streak and time lines lead to new methods for visualizing and ana...
Today we are still lacking reliable data on the distribution of the three velocity components (Ux, U...
<p>Composite flow velocity curve is shown in (a). The curve is temporally scaled to a standard heart...
<p><i>T* = t/T</i>. t: flow time. T: cardiac period. Anterior leaflet: dash-dot line. Posterior leaf...
<p>(A) Combined contour-vector plot illustrating flow pattern on XY plane in side view. (B) Combined...
<p>Graphs show sectional streamlines in the mid-coronal cross-section and the contour of the velocit...
<p>(A) the vessel wall permeability multiplied by the circumference (B) the transvascular flow , wh...
<p>The unstressed radii for Figure A and B are 0.26 <i>cm</i> and 0.13 <i>cm</i>, respectively. The ...