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2D physics to a 3D shell model
Posted 2016年7月4日 GMT-4 06:22 Version 4.3, Version 5.0 1 Reply
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HI
How to model a 3D part in a 2D shell geometry and apply 2D physics ? I have a simple geometry of a very thin composites part which i apply vacuum in the borders and extract pressure values, the geometry is an hemisphere in the middle of square and i wanna apply 2D physics model, the issue is that i couldn't do it by selecting the 2D space dimensions and when i tried to extract the surface from the 3D model that export it the the 2D it didn't work .
Best regards
Ayyoub KABACHI
Labo GeM Ecole Centrale de Nantes
How to model a 3D part in a 2D shell geometry and apply 2D physics ? I have a simple geometry of a very thin composites part which i apply vacuum in the borders and extract pressure values, the geometry is an hemisphere in the middle of square and i wanna apply 2D physics model, the issue is that i couldn't do it by selecting the 2D space dimensions and when i tried to extract the surface from the 3D model that export it the the 2D it didn't work .
Best regards
Ayyoub KABACHI
Labo GeM Ecole Centrale de Nantes
1 Reply Last Post 2016年7月5日 GMT-4 08:37
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Posted:
8 years ago
Hello Ayyoub,
Midsurfacing (i.e. turning a thin solid object into its midsurface) is a capability found in the Design Module: www.comsol.com/design-module .
Regarding solving a 2D equation on a manifold in 3D space, there are such formulations implemented in COMSOL for various physics, including solid mechanics, diffusion, electricity, etc. An example is found here: www.comsol.com/model/shell-diffusion-in-a-tank-222
Best regards,
Jeff
Midsurfacing (i.e. turning a thin solid object into its midsurface) is a capability found in the Design Module: www.comsol.com/design-module .
Regarding solving a 2D equation on a manifold in 3D space, there are such formulations implemented in COMSOL for various physics, including solid mechanics, diffusion, electricity, etc. An example is found here: www.comsol.com/model/shell-diffusion-in-a-tank-222
Best regards,
Jeff