Revision as of 05:34, 27 March 2018

AFLR

Metric given by Linear metric.png where h_x =0.1, h_y=0.1, h₀ = 0.001, h_z = h₀ + 2(0.1-h₀)|z-0.6|

Surface Mesh, cross-cut and detail of the generated volume mesh.

Quality statistics in the metric space for generated volume mesh.94 % of the edges has length between [0.5,1.5]. For the mean ratio 96%,of the elements have quality higher that 0.7.

Metric given by

where h_x = min(0.002  5^a, h_max),

h_y = min(0.05 · 2^a, h_max), h_z= h_max, h_max = 0.1, θ = arctan(x,y), a = 10 · | 0.75 - √ (x2+ y2) |

Surface Mesh, cross-cut and detail of the generated volume mesh.

Quality statistics in the metric space for generated volume mesh. 91 % of the edges has length between [0.5,1.5]. For the mean ratio 79% of the elements have quality higher that 0.7.

@@ Line 28: / Line 28: @@
 === Quarter of a Cylinder ===
 Metric given by [[File:Qcircle_metric.png| 700px]]
-  where h<sub>x</sub> = min(0.002  5^a, h<sub>max</sub>}), h<sub>y</sub> = min(0.05 \cdot 2^a, h_<sub>max</sub>), h<sub>z<\sub>= h<sub>max</sub>$,
+  where h<sub>x</sub> = min(0.002  5^a, h<sub>max</sub>),
-h<sub>max</sub> = 0.1, θ = arctan(x,y), $ = 10 \cdot | 0.75 - \sqrt{x^2 + y^2}$
+h<sub>y</sub> = min(0.05 &middot; 2<sup>a</sup>, h<sub>max</sub>),
+h<sub>z</sub>= h<sub>max</sub>,
+h<sub>max</sub> = 0.1,
+θ = arctan(x,y),
+a = 10 &middot; | 0.75 -
+<!-- code for square root -->
+&radic;<span style="text-decoration:overline">
+(<i>x</i><span style="font-size: 10px;vertical-align:+25%;">2</span>+
+<i>y</i><span style="font-size: 10px;vertical-align:+25%;">2</span>)&nbsp;</span>
+<!-- code for square root -->
+|
 {|
 |-