Create part in region ... defined in cylindrical coordinates
Hi all,
I'd like to create a part in a region defined in cylindrical coordinates, let's say: Min R = 0 Min theta = 0 Min z = 0 Max R = 360 Max theta = 2*pi Max z = 200 Is it possible to define such a part in ICEM, and if so, how can I do it? Thanks. |
You can create a cylindrical geometry as you defined. But do you mean to generate a cylinder?
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Sorry I was not precise enough.
My mesh is already defined, my geometry is created. What I want is to define a region of the mesh(using cylindrical coordinates), put all the elements from that region in a part, so I can use it to define boundary conditions in CFX. I might have found something though: a loop in my script scanning the concerned cylindrical region and adding the elements to a subset which could be used to create a part. But that's quite heavy for such an easy concept! |
Have you tried to create a cylindrical coordinate in CFX, and set the BC?
Maybe I misunderstood your idea: meshes on cylindrical surface would be in the surface part, no need to select manually, or by loop script. |
I need a mesh region to define the BC in CFX...
The thing is I have many surfaces, so I can't just select the surface meshes. And the other thing is that everything has to be automatic in a script, because many similar geometries will be tested. But the selection script should be quite simple once the bounding boxes are defined. EDIT: here's the script I wrote in case anyone is interested. for {set i 0} {$i<$nblayers} {incr i} {\ mess "Ajout de la zone $i...";\ set alpha [expr {$layerangle*2.0*$pi/360.0}];\ set xmin [expr {-($R*(1.0-cos(($i+1.0)*$alpha)))-0.5*$firstR*cos($i*$alpha)}];\ set ymin [expr {$R*sin($i*$alpha)-0.5*$firstR*sin(($i+1.0)*$alpha)}];\ set xmax [expr {-($R*(1.0-cos($i*$alpha)))+0.5*$firstR*cos($i*$alpha)}];\ set ymax [expr {$R*sin(($i+1.0)*$alpha)+0.5*$firstR*sin(($i+1.0)* $alpha)}];\ set zmax [expr {$L*1.5}];\ mess "xmin: $xmin\n";\ mess "xmax: $xmax\n";\ mess "ymin: $ymin\n";\ mess "ymax: $ymax\n";\ mess "zmax: $zmax\n";\ ic_uns_subset_add_region uns_sel_0 "\ $xmin \ $ymin \ -10000" "\ $xmax \ $ymax \ $zmax\ " 0 {1 2 3};\ mess "Zone $i ok!\n";\ } |
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