Difference between revisions of "Composite analysis"
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m (Reverted edit of Atywehacyg, changed back to last version by Jose francisco) |
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===GMSH=== | ===GMSH=== | ||
− | cs=60; | + | cs=60; |
− | + | Point(1)={0,0,0,cs}; | |
− | Point(1)={0,0,0,cs}; | + | Point(2)={1000/3,0,100,cs}; |
− | Point(2)={1000/3,0,100,cs}; | + | Point(3)={2000/3,0,100,cs}; |
− | Point(3)={2000/3,0,100,cs}; | + | Point(4)={1000,0,0,cs}; |
− | Point(4)={1000,0,0,cs}; | + | Spline(1)={1:4}; |
− | + | Extrude {0, 2000, 0} { | |
− | Spline(1)={1:4}; | + | |
− | + | ||
− | + | ||
− | Extrude {0, 2000, 0} { | + | |
Line{1}; Layers{20}; Recombine; | Line{1}; Layers{20}; Recombine; | ||
− | } | + | } |
− | [[Image: | + | [[Image:specimen2.png]] |
Latest revision as of 12:52, 18 November 2010
This page will be a place to share information involving composite analysis with code_aster. Any help and experience will be wellcame. Please, write comments, ideas, tips, ... in the discussion page. josefrancisco.lopezmarin@gmail.com
Contents
Specimen
Orthotropic materials
Fiber glass:
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Foam:
Creating the mesh
GMSH
cs=60; Point(1)={0,0,0,cs}; Point(2)={1000/3,0,100,cs}; Point(3)={2000/3,0,100,cs}; Point(4)={1000,0,0,cs}; Spline(1)={1:4}; Extrude {0, 2000, 0} { Line{1}; Layers{20}; Recombine; }