Hi,
In Abaqus we can find the nodes belonging to the domains used to calculate the contour integral at the different contours. Abaqus documentation states:
[highlight #FCE94F]The domain associated with each contour is calculated automatically. The nodes belonging to each domain can be printed...
Hi,
I am currently working on creating a model for the contour integral calculation of an arbitrary internal crack using Abaqus scripting. However, I have encountered a problem with my mesh at the crack contours, where regions with unstructured elements (as seen in Figure 1) create noise in the...
Hi
I need to install shapely in abaqus python. I tried copying the shapely installation files from my anaconda environment to the abaqus site_packages folder, but I doesnt work. When running my script in abaqus, it says "ImportError: No module named lib".
Does anyone know how to install python...
Hi
I have meshed a cylinder in abaqus using quadratic hex sweep mesh. The cylinder which is partitioned, is seen on the following figure. The 4 outer cells are meshed using medial axis, and the rest are meshed using advancing front.
I then use the visualization module to see how the mesh...
Hi,
Does anyone know a method where it is possible to get a minimum bounding rectangle/box from a closed region in sketch. I have to collect geometrical parameters of closed irregular regions, and therefore the minimum bounding box width and length are important.
If not possible in sketch...
Hi,
In assembly module I am using the "Create instances" and "merge/cut instances" tool to partition a part using a shell part as partitioning geometry.
This works fine. But when i edit one of the original parts in the part module, the assembly doesnt change corresponding to the edited part...
Hi,
I am trying to model an internal crack in a cylinder as seen on "Image_001". I am using the Abaqus contour integral method to model the crack in a 3D model. First I will verify the model by comparing the results of a penny shaped crack obtained in Abaqus to analytical solutions. Next I will...
