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Error in swept of a mapped/quad mesh
Posted 13 mag 2013, 14:07 GMT-4 Mesh Version 4.3a 1 Reply
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Dear all,
I am getting a problem in the meshing of a multilayer, composed of 3 very thin layers (0.3, 0.01, 0.04 mm). I want to mesh them using a mapped mesh, and then swept (using one swept for all the layers, since the width and the depth of the layers are equal)
It works initially, but then when I want to refine the mapped mesh (passing from the default, Normal, to Fine or more), I will get an error in the swept operation, that is: "Mesh on source and destination edge do not match." and the edges involved in this problem are both on the thinnest layer (the intermediate one).
Same problem if I use the similar Quad mesh.
I attach a model-example of the problem
I am not really able to manage this problem, does anybody encounter this odd problem?
Thank you for any suggestion
Fabio
I am getting a problem in the meshing of a multilayer, composed of 3 very thin layers (0.3, 0.01, 0.04 mm). I want to mesh them using a mapped mesh, and then swept (using one swept for all the layers, since the width and the depth of the layers are equal)
It works initially, but then when I want to refine the mapped mesh (passing from the default, Normal, to Fine or more), I will get an error in the swept operation, that is: "Mesh on source and destination edge do not match." and the edges involved in this problem are both on the thinnest layer (the intermediate one).
Same problem if I use the similar Quad mesh.
I attach a model-example of the problem
I am not really able to manage this problem, does anybody encounter this odd problem?
Thank you for any suggestion
Fabio
Attachments:
1 Reply Last Post 15 mag 2013, 01:59 GMT-4
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Posted:
1 decade ago
Hello Fabio,
As we discuss:
The best way is to create a mapped mesh and then sweep the domains separately i.e. swept mesh "in cascade".
Look at the attached model.
Très cordialement,
Thierry
As we discuss:
The best way is to create a mapped mesh and then sweep the domains separately i.e. swept mesh "in cascade".
Look at the attached model.
Très cordialement,
Thierry
Attachments: