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  • Users: SothunN
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  1. SothunN

    Ansys to ABAQUS

    Hello everyone! Is there any way to import geometry with mesh from Ansys Mechanical to ABAQUS? Regards, SoThun
  2. SothunN

    Surface traction

    Hello everyone! Is there anyone who can tell me how Ansys Mechanical calculates and imposes traction vectors on the surface of a 10-node quadratic tetrahedron solid element? Regards, SoThun
  3. SothunN

    Surface traction

    Hello everyone! Is there anyone who can tell me how ABAQUS calculates and imposes traction vectors on the surface of a 10-node quadratic tetrahedron solid element? Regards, SoThun
  4. SothunN

    Normal vectors

    Hello everyone! Is there anyone can explain me on how normal vectors are computed for both flat and curved surfaces of the elements? regards,  Sothun
  5. SothunN

    Traction force vectors on curved surface in Ansys Mechanical

    Hello everyone! I'm really wondering how Ansys mechanical distributes the traction force vectors on a curved surface in analytical view?
  6. SothunN

    Traction load on the 2-dimensional element face

    Hello everyone! This is my outward normal traction vector expression: y2-y1/((x2-x1)^2+(y2-y1)^2)^2. And I want to impose this expression in ABAQUS but I have no idea to deal with it. So is there any way that can help me to solve the problem? Since I want to impose the traction load on the...
  7. SothunN

    Varying traction load

    Hello everyone, I have a 2-dimensional geometry and I want to apply varying traction loads on the inside surfaces since I use rectangular coordinates. And I know that I have to form the analytical field but I do not know what kind of expression can help me to get the varying traction loads I...
  8. SothunN

    Analytic field

    Hello everyone. I want to apply varying traction force onto the surface and I have this kind of expression Y2-Y1/sqrt(pow(X2-X1,2)+pow(Y2-Y1,2)) to construct into the analytic field. By default, in the analytic field, we can input X or Y parameters only so how can I construct this kind of...

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