Display forces in 2D elements
Display forces
See also:
> FE results by node (displayed in a Tabular Data View)
> FE results by shell (displayed in a Tabular Data View)
Which forces can be displayed?
| Option | Desription |
|---|---|
| Mdx top | Wood Armer bending along panel x axis, top surface |
| Mdx bottom | Wood Armer bending along panel x axis, bottom surface |
| Mdy top | Wood Armer bending along panel y axis, top surface |
| Mdy bottom | Wood Armer bending along panel y axis, bottom surface |
| Fx | Axial force in panel x axis |
| Fy | Axial force in panel y axis |
| Fxy | Complimentary in-plane shear |
| Fxz | Shear in panel z axis in the panel xz plane |
| Fyz | Shear in panel z axis in the panel yz plane |
| Fzmax | Maximum shear force |
| Mx | Bending along panel x axis |
| My | Bending along panel y axis |
| Mxy | Plate torsional moment |
| M1 | Maximum principal moment |
| M2 | Minimum principal moment |
Calculation of the maximum and minimum principal moments
The maximum and minimum principal moments are calculated from the Mx, My and Mxy moments at the nodes as follows:
M1 = (Mx + My + √((Mx – My)2 + 4 x Mxy2)) / 2
M2 = (Mx + My – √((Mx – My)2 + 4 x Mxy2)) / 2
Calculation of the maximum shear force
The maximum shear force is calculated from the Fxz and Fyz forces at the nodes as follows:
Fzmax = √(Fxz2 + Fyz2)