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Hi FEBio team,
I have a few questions regarding the Gasser-Ogden-Holzapfel-uncoupled model. I have a mesh with beam orientation assigned where I have the 3 eigen vectors & values for each element.
1. Is this model (Gasser-Ogden-Holzapfel-uncoupled model) working properly in FEBio studio? I checked the forum regarding this topic I saw a post that suggest not to use it and another one saying it was working. I just wanted to confirm.
2. Also, how do we determine gamma if we are assigning orientation for each element? I used the HGO form in Abaqus before as given in this link (https://abaqus-docs.mit.edu/2017/Eng...stic-holzapfel). And the only parameters in Abaqus HGO are C10, D1, K1, K2, kappa. I was using the eigen vectors for orientation on each element. There is no variable gamma. I was wondering how I should determine gamma. Please advise.
Thanks,
Hirut
I have a few questions regarding the Gasser-Ogden-Holzapfel-uncoupled model. I have a mesh with beam orientation assigned where I have the 3 eigen vectors & values for each element.
1. Is this model (Gasser-Ogden-Holzapfel-uncoupled model) working properly in FEBio studio? I checked the forum regarding this topic I saw a post that suggest not to use it and another one saying it was working. I just wanted to confirm.
2. Also, how do we determine gamma if we are assigning orientation for each element? I used the HGO form in Abaqus before as given in this link (https://abaqus-docs.mit.edu/2017/Eng...stic-holzapfel). And the only parameters in Abaqus HGO are C10, D1, K1, K2, kappa. I was using the eigen vectors for orientation on each element. There is no variable gamma. I was wondering how I should determine gamma. Please advise.
Thanks,
Hirut