Help in ABAQUS geometry modeling
Help in ABAQUS geometry modeling
(OP)
Hello,
I'm a beginner in ABAQUS and I am modeling a composite cube block with spherical particle and spherical interphase around particle. I can simplify two spheres to two cubes. But problem is I do not know how to model a cube inside a cube. When I assembled three parts, they can get 'separated' during simulation. I cannot model all 3 cubes as a single part. If I do boolean, the innermost geometry gets deleted. Importantly, I also want to make different sets for different parts. Any idea how to achieve this in ABAQUS?
I'm a beginner in ABAQUS and I am modeling a composite cube block with spherical particle and spherical interphase around particle. I can simplify two spheres to two cubes. But problem is I do not know how to model a cube inside a cube. When I assembled three parts, they can get 'separated' during simulation. I cannot model all 3 cubes as a single part. If I do boolean, the innermost geometry gets deleted. Importantly, I also want to make different sets for different parts. Any idea how to achieve this in ABAQUS?





RE: Help in ABAQUS geometry modeling
Now, why do you need to model a cube within a cube? Are you trying to model two different materials? If yes, then you do not need to do this. You just need to assign different materials to each set of elements.
Are you new to this forum? If so, please read these FAQ:
http://www.eng-tips.com/faqs.cfm?fid=376
http://www.eng-tips.com/faqs.cfm?fid=1083
RE: Help in ABAQUS geometry modeling
Now the question of cube inside cube. As I wrote in my post, I am trying to model particle inclusion and interphase in a composite material. I am taking matrix as a cube and particle as a small cube at the center of matrix cube. Interphase layer will be another cube at the center of matrix cube but bit bigger than particle cube. Matrix, interphase, matrix all have different properties. Particulate inclusions in a composite material have to be modeled as 'cube inside cube'.
Any suggestions on how to model this?