Hi, thanks for the question. I have not done such a video before but it does sound interesting. I think you should look at this link from ScienceDirect and read more about it: www.sciencedirect.com/topics/engineering/bias-extension-test It will require setting up a tensile test and doing it normally. However, due to the woven/textile arrangement of the fibre 45-degree to test direction, you will experience in-plane shear in the guage section of the specimen. I will start with a simple homogeneous material to learn first and then find a way to incorporate the woven/textile model later. Good luck.
Thank you Professor, we appreciate your great contribution in RVE computational modelling. Best
You are welcome!
Great! Tnx
Thanks
Dear Prof. I am modelling bias-extension for in-plane shear deformation in fabrics. Could you suggest a method to generate the model?
I can provide photos by email
Hi, thanks for the question. I have not done such a video before but it does sound interesting. I think you should look at this link from ScienceDirect and read more about it: www.sciencedirect.com/topics/engineering/bias-extension-test
It will require setting up a tensile test and doing it normally. However, due to the woven/textile arrangement of the fibre 45-degree to test direction, you will experience in-plane shear in the guage section of the specimen.
I will start with a simple homogeneous material to learn first and then find a way to incorporate the woven/textile model later. Good luck.