<p>A) Mean and B) maximum shear stresses. In both plots, the shear readings spike at 90 degrees, where the flat impeller is in the imaging plane. C) Histogram of shear stress for various speeds between 20 and 45 RPM. D) Shear stress distributions over meridional plane at two extreme cases; 20 RPM at 180 degrees and 45 RPM at 93 degrees.</p
<p>(A) Contour plot of the shear strain on the front face of the gelatin for a typical experiment, ...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
In aircraft wing construction, the stress distribution along the glue line between a cap-strip and t...
<p>A) Velocity and B) shear stress contours at z/H = 0.15, 0.50 and 0.85. Highest velocity and shear...
<p>The plots increase linearly with the agitation rates. However, the shear stress magnitudes at 99<...
<p>Although at each height the shear varies linearly with the spinning rates, the slopes differ from...
<p>Both frames rotate with constant and equal velocity, and the flask is placed at the center of rot...
<p>(a) Flow streamlines at the middle height plane. (b) Shear stress at the bottom wall. (c) Distrib...
<p>Lines represent CFD predictions and indirect experimental data is represented by their means and ...
<p>Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane sh...
Atherosclerotic disease, and the subsequent complications of thrombosis and plaque rupture, has been...
<p>A) The velocity distribution at 40 RPM at z/H = 0.04. B) Shear stress near the bottom surface is ...
<div><p>Atherosclerotic disease, and the subsequent complications of thrombosis and plaque rupture, ...
Wall shear stress is an important parameter in accessing the aerodynamics performance of an object. ...
<p>Within each plot, G’ and G’’ are plotted on the left y-axis and tan delta is plotted on the right...
<p>(A) Contour plot of the shear strain on the front face of the gelatin for a typical experiment, ...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
In aircraft wing construction, the stress distribution along the glue line between a cap-strip and t...
<p>A) Velocity and B) shear stress contours at z/H = 0.15, 0.50 and 0.85. Highest velocity and shear...
<p>The plots increase linearly with the agitation rates. However, the shear stress magnitudes at 99<...
<p>Although at each height the shear varies linearly with the spinning rates, the slopes differ from...
<p>Both frames rotate with constant and equal velocity, and the flask is placed at the center of rot...
<p>(a) Flow streamlines at the middle height plane. (b) Shear stress at the bottom wall. (c) Distrib...
<p>Lines represent CFD predictions and indirect experimental data is represented by their means and ...
<p>Samples plots of plaque wall stress, strain, wall shear stress and velocity on a mid-cut plane sh...
Atherosclerotic disease, and the subsequent complications of thrombosis and plaque rupture, has been...
<p>A) The velocity distribution at 40 RPM at z/H = 0.04. B) Shear stress near the bottom surface is ...
<div><p>Atherosclerotic disease, and the subsequent complications of thrombosis and plaque rupture, ...
Wall shear stress is an important parameter in accessing the aerodynamics performance of an object. ...
<p>Within each plot, G’ and G’’ are plotted on the left y-axis and tan delta is plotted on the right...
<p>(A) Contour plot of the shear strain on the front face of the gelatin for a typical experiment, ...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
In aircraft wing construction, the stress distribution along the glue line between a cap-strip and t...