earthvur.blogg.se - Inventor nastran

When analysing bolted connections within Inventor Nastran you can include washers from the inventor environment. You can use Ground Plane settings to display half model results as full model.ħ. You can define symmetry conditions, using frictional constraints.Ħ. Note the maximum value needs to be in the same place.ĥ. If the difference in value is less than 10%, you can assume convergence has been achieved. You can achieve mesh convergence by checking Corner and Centroidal Data Type results. You can then release the desired rotational degree of freedom to simulate a pin connection.Ĥ. So, for example, if you need to simulate a simple supported shaft, you can define rigid body connectors on the desired locations and then select the point for assigning constraints.

Solid elements do not allow rotational degrees of freedom. This can be significantly reduced by changing the WARNING parameter value to OFF.ģ. Typically, when you run Inventor Nastran, many warnings can appear, resulting in large output files. To enable Nastran to use all your computer’s cores for faster solution times, change the NPROCESSORS parameter value to your computer's maximum number of cores. You cannot use a parabolic mesh because the results are not given at the midside nodes.1. Therefore, you need to use a Linear mesh.

The FNO file only has results at the corner nodes.

That is, you know the nodes of interest are at X Y or Z = some value and are on the elements assigned to Idealization PID. Then you can get the node numbers where you want to get the internal forces based on the PID (the PSHELL ID) of the shell CQUAD elements and the coordinates. In your type of model, I would put the bracket plate with the force on a different idealization.

You need to know the node numbers that you want to extract from the results.

You could use FNO Reader to extract these forces: NODE 3 T1 INTERNAL FORCE (It does show another result named internal forces, but that is the sum of internal forces which is almost always zero.) Hi is a result named Internal Forces that is given at the nodes, but Inventor will not display those results.