Translaminar pressure profile showing translaminar pressure gradient along the axis of symmetry predicted by the model.</p
<p>(<b>A</b>) The velocity profiles for 0, 1%, 3% and 5% with the pressure gradient equaling Pa/m. ...
The normalized horizontal x-COM, vertical y-COM, and horizontal x-COP components. Black lines show t...
Endocardial, sub-endocardial, mid-wall, sub-epicardial, and epicardial. Gradients were calculated ba...
Estimated translaminar pressure gradient for different postures and time of day.</p
Fluid pressure (mmHg) distribution on an axisymmetric cross-section through the eye predicted by the...
Estimated translaminar pressure gradient and factors of safety for normal and normotensive eyes, in ...
Axisymmetric fluid pressure distribution (mmHg) through a cross-section of the optic nerve head pred...
Comparison of the mean pressure gradient between the current design and commercially available prost...
<p>Illustration of transmural pressure, internal pressure, external pressure and vessel wall tension...
<p>(a) T* = 0.05, (b)T* = 0.125, (c)T* = 0.2, (d)T* = 0.25, (e)T* = 0.325, (f)T* = 0.45, (g) T* = 0....
<p>Spatial pressure distribution of the air-puff along the corneal surface for different deformed sh...
Black circles denote points A, B and C in each model, where the differential stresses are shown in t...
<p>In each panel, the thick, magenta curve represents the transducer function. The horizontal axes r...
<p><b>A</b>, Shear stress for different flow rates. Arrow shows direction of increasing (). <b>B</b...
<p>Velocity profiles for different values of when the plate applies a constant shear stress .</p
<p>(<b>A</b>) The velocity profiles for 0, 1%, 3% and 5% with the pressure gradient equaling Pa/m. ...
The normalized horizontal x-COM, vertical y-COM, and horizontal x-COP components. Black lines show t...
Endocardial, sub-endocardial, mid-wall, sub-epicardial, and epicardial. Gradients were calculated ba...
Estimated translaminar pressure gradient for different postures and time of day.</p
Fluid pressure (mmHg) distribution on an axisymmetric cross-section through the eye predicted by the...
Estimated translaminar pressure gradient and factors of safety for normal and normotensive eyes, in ...
Axisymmetric fluid pressure distribution (mmHg) through a cross-section of the optic nerve head pred...
Comparison of the mean pressure gradient between the current design and commercially available prost...
<p>Illustration of transmural pressure, internal pressure, external pressure and vessel wall tension...
<p>(a) T* = 0.05, (b)T* = 0.125, (c)T* = 0.2, (d)T* = 0.25, (e)T* = 0.325, (f)T* = 0.45, (g) T* = 0....
<p>Spatial pressure distribution of the air-puff along the corneal surface for different deformed sh...
Black circles denote points A, B and C in each model, where the differential stresses are shown in t...
<p>In each panel, the thick, magenta curve represents the transducer function. The horizontal axes r...
<p><b>A</b>, Shear stress for different flow rates. Arrow shows direction of increasing (). <b>B</b...
<p>Velocity profiles for different values of when the plate applies a constant shear stress .</p
<p>(<b>A</b>) The velocity profiles for 0, 1%, 3% and 5% with the pressure gradient equaling Pa/m. ...
The normalized horizontal x-COM, vertical y-COM, and horizontal x-COP components. Black lines show t...
Endocardial, sub-endocardial, mid-wall, sub-epicardial, and epicardial. Gradients were calculated ba...
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