Thank you my friend for your comprehensive guide. I had some troubles finding my .rpy file at the beginning. What solved it for me was right clicking in the folder where i wanted it to appear, while holding down shift, then clicking open Power-shell window here and typing "Abaqus Cae". After that you just open the .odb file and it will appear in the same folder. Also, if what your doing deviates slightly from what Arash is doing in his tutorial, I suggest downloading Sublime. Then you just manually do what you intend to automatize in Abaqus and the code you need will appear.
Dear Arash. thanks for your videos. May I ask if there any way to export some results, let's say pressure in some range between 0 and 1? Here i want to export the number of elements that has that specific data range while I am running the Abaqus .inp file.
Hello Arash, Thank you for the great tutorial. It is indeed quite helpful. I had a query regarding a problem I'm trying to solve. I have a 3D model and I want to extract the value of S11 stress along the Z axis (through the material). I need the value of the z-coordinate of the element as well, along with the S11. I am only able to extract currently the element number, the nodes attached to the element and the S11. Your suggestions would be really helpful as I have 65 ODBs to look at for each specimen tested. Regards, Somsubhro
For python users, you can simply cast the output from the report inside a numpy array by removing the first lines as follows: import numpy as np RF_file = "PathToYourFile" with open(RF_file, "r") as f: lines = f.readlines() with open(RF_file, "w") as f: for i, line in enumerate(lines): if i>=4: f.write(line) arr = np.loadtxt(RF_file)
Thank you my friend for your comprehensive guide. I had some troubles finding my .rpy file at the beginning.
What solved it for me was right clicking in the folder where i wanted it to appear, while holding down shift, then clicking open Power-shell window here and typing "Abaqus Cae". After that you just open the .odb file and it will appear in the same folder.
Also, if what your doing deviates slightly from what Arash is doing in his tutorial, I suggest downloading Sublime. Then you just manually do what you intend to automatize in Abaqus and the code you need will appear.
Excellent. Thank you!
Many thanks for the tutorial, their are extremely useful Could you also show how to use Umat subroutine and python script at the same time?
Excellent tutorial and Thanks for sharing
Thank you so much for sharing your knowledge!
Dear Arash. thanks for your videos. May I ask if there any way to export some results, let's say pressure in some range between 0 and 1? Here i want to export the number of elements that has that specific data range while I am running the Abaqus .inp file.
Hello Arash,
Thank you for the great tutorial. It is indeed quite helpful.
I had a query regarding a problem I'm trying to solve. I have a 3D model and I want to extract the value of S11 stress along the Z axis (through the material). I need the value of the z-coordinate of the element as well, along with the S11. I am only able to extract currently the element number, the nodes attached to the element and the S11.
Your suggestions would be really helpful as I have 65 ODBs to look at for each specimen tested.
Regards,
Somsubhro
great
For python users, you can simply cast the output from the report inside a numpy array by removing the first lines as follows:
import numpy as np
RF_file =
"PathToYourFile"
with open(RF_file, "r") as f:
lines = f.readlines()
with open(RF_file, "w") as f:
for i, line in enumerate(lines):
if i>=4:
f.write(line)
arr = np.loadtxt(RF_file)
Can you give your email anf thank you