Drigo
Materials
- Nov 10, 2008
- 7
Hello,
I am trying to apply an uniformly force into a surface (bowtie structure), however the nodes deform as if the force will deform in the middle (where no support is given by bowtie structure). Well, it make sense if I apply a pressure (which is the only parameter I find to apply as a force in a surface).
I would like the force to be applied to the entire surface though as if a steel plate will push a bowtie structure or a structure with support only in the corners basically). The deformation will not occur only in the middle but throughout the bowtie.
I am thinking on defining the nodes in the surface to have the same y-displacement. Is this possible? Or what could be another possibility?
Thank you very much
I am trying to apply an uniformly force into a surface (bowtie structure), however the nodes deform as if the force will deform in the middle (where no support is given by bowtie structure). Well, it make sense if I apply a pressure (which is the only parameter I find to apply as a force in a surface).
I would like the force to be applied to the entire surface though as if a steel plate will push a bowtie structure or a structure with support only in the corners basically). The deformation will not occur only in the middle but throughout the bowtie.
I am thinking on defining the nodes in the surface to have the same y-displacement. Is this possible? Or what could be another possibility?
Thank you very much