Magnus Ringh
COMSOL Employee
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Posted:
2 years ago
03.11.2022, 03:13 GMT-4
Hi Supreeth,
Yes, you can (if your 3D geometry is suitable), by using a swept mesh based on a quadrilateral face mesh on the source face from which you create the swept mesh,
Best regards,
Magnus
Hi Supreeth,
Yes, you can (if your 3D geometry is suitable), by using a swept mesh based on a quadrilateral face mesh on the source face from which you create the swept mesh,
Best regards,
Magnus
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Posted:
2 years ago
03.11.2022, 05:33 GMT-4
Updated:
2 years ago
03.11.2022, 05:33 GMT-4
Thank you for your suggestion,
But However, I am not well versed with the option for hexahedral meshing. Since my design involves cylinder. I could not select quadrilateral face. And hence i would like to go to hexahedral mesh. Can you help me out with this. Also can mesh be imported from any other softwares.
Thank you for your suggestion,
But However, I am not well versed with the option for hexahedral meshing. Since my design involves cylinder. I could not select quadrilateral face. And hence i would like to go to hexahedral mesh. Can you help me out with this. Also can mesh be imported from any other softwares.
Jeff Hiller
COMSOL Employee
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Posted:
2 years ago
03.11.2022, 08:37 GMT-4
Supreeth,
Magnus is saying you would mesh a face (that is not necessarily quadrilateral) with quadrilateral elements, and then sweep that. Please review Chapter 8 of the COMSOL Multiphysics Reference Manual (accessed through File > Documentation). It contains many examples that you will find useful.
Best regards,
Jeff
-------------------
Jeff Hiller
Supreeth,
Magnus is saying you would mesh a face (that is not necessarily quadrilateral) with quadrilateral elements, and then sweep that. Please review Chapter 8 of the COMSOL Multiphysics Reference Manual (accessed through File > Documentation). It contains many examples that you will find useful.
Best regards,
Jeff
Magnus Ringh
COMSOL Employee
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Posted:
2 years ago
03.11.2022, 08:55 GMT-4
Hi Supreeth,
For a cylinder, choose one of the end faces as the source face, and then choose Quadrilateral (generate hexahedra) as the face meshing method. See the attached screenshot.
And yes, you can import meshes from NASTRAN, STL, VRML, sectionwise, PLY, and 3MF files.
Best regards,
Magnus
Hi Supreeth,
For a cylinder, choose one of the end faces as the source face, and then choose **Quadrilateral (generate hexahedra)** as the face meshing method. See the attached screenshot.
And yes, you can import meshes from NASTRAN, STL, VRML, sectionwise, PLY, and 3MF files.
Best regards,
Magnus
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Posted:
2 years ago
04.11.2022, 02:24 GMT-4
Updated:
2 years ago
04.11.2022, 02:27 GMT-4
Thank you for suggestion. I have a doubt. I have four cylinders inside each other. The fourth cylinder is air body. And i dnt need it quad mesh for it. Is it possible for it to have tet elements??
Thank you for suggestion. I have a doubt. I have four cylinders inside each other. The fourth cylinder is air body. And i dnt need it quad mesh for it. Is it possible for it to have tet elements??