The first stage of the analysis could be performed once with restart information requested. Following that, every branch of the possible amplitudes, directions, and points of application could be run using the first restart analysis as a seed for the follow-on simulation. Thus, the user could ...
Point to an item and then click mouse button 1. [Shift]+Click Press and hold the [Shift] key, click mouse button 1, and then release the [Shift] key. [Ctrl]+Click Press and hold the [Ctrl] key, click mouse button 1, and then release the [Ctrl] key. ...
Figure 88 Internal and external loads on a body.The internal loads acting on a node are caused by the stresses in the elements that contain that node. For the body to be in static equilibrium, the net f 26、orce acting at every node must be zero. Therefore, the basic statement of ...
Thanks Martin. If you don't mind me picking your brain a bit more... I've been playing around with *restart, and it doesn't seem right for what I'm doing (a lot of the keywords I'm using aren't supported with /explicit). However, it would be good to have an /explicit step ...
Once the nodal displacements are known, the stresses and strains in each finite element can be determined easily. 1.6.1 Obtaining nodal displacements using implicit methods A simple example of a truss, constrained at one end and loaded at the other end as shown in Figure 1–3, is used ...
The element stress plotted is equal to the average of the stresses determined at the integration points of the element. The graphic representation(s) plotted at each iteration are automatically saved to a .png file. To allow an easier interpretation of the 3D material distributions, the Set...