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cm3
cm3Libraries
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2d2fc40b
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2d2fc40b
authored
5 years ago
by
Tianyu ZHANG
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geometry changes : panel to cube
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1f1caa5d
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2 merge requests
!293
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Tianyu
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dG3D/benchmarks/panelSphereContact/simplifypanelSphereContact.geo
+7
-10
7 additions, 10 deletions
...chmarks/panelSphereContact/simplifypanelSphereContact.geo
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7 additions
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10 deletions
dG3D/benchmarks/panelSphereContact/simplifypanelSphereContact.geo
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7
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10
View file @
2d2fc40b
// GEOMETRY AND MESH PARAMETERS
// GEOMETRY AND MESH PARAMETERS
lays =
3
; // number of layers of the composite (must be an integer)
lays =
10
; // number of layers of the composite (must be an integer)
mm=1e-3; // unit for geometry
mm=1e-3; // unit for geometry
Lx = 150*mm; // panel length in x direction
(coarse mesh)
Lx = 150*mm; // panel length in x direction
Ly = 1
0
0*mm; // panel length in y direction
(coarse mesh)
Ly = 1
5
0*mm; // panel length in y direction
Lz = 10*mm; // length in z direction
Lz = 10
0
*mm; // length in z direction
R =
8
*mm; // sphere radius
R =
20
*mm; // sphere radius
dis = 0.1*mm; // initial contact distance
dis = 0.1*mm; // initial contact distance
slp = 10*mm; // panel characteristic length
slp = 10*mm; // panel characteristic length
sls = 10*mm; // sphere characteristic length
sls = 10*mm; // sphere characteristic length
// sl3 = R;
pT = 15; // panel transfinite line value (control nodes number by line)
pT1 = 15; // panel transfinite line value (control nodes number by line)
pT2 = 10; // panel transfinite line value (control nodes number by line)
sT = 3; // sphere transfinite line value (control nodes number by line)
sT = 3; // sphere transfinite line value (control nodes number by line)
//
//
//////////////////////////
//////////////////////////
...
@@ -34,8 +32,7 @@ Line Loop(1)={1,2,3,4};
...
@@ -34,8 +32,7 @@ Line Loop(1)={1,2,3,4};
Plane Surface(1)={1};
Plane Surface(1)={1};
// replace unstructured grid by structured grid (with controlled nodes number by line)
// replace unstructured grid by structured grid (with controlled nodes number by line)
Transfinite Line {1,3} = pT2 Using Progression 1;
Transfinite Line {1,2,3,4} = pT Using Progression 1;
Transfinite Line {2,4} = pT1 Using Progression 1;
// transfinite surface guarantee a structured grid on a surface
// transfinite surface guarantee a structured grid on a surface
Transfinite Surface {1};
Transfinite Surface {1};
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