Search found 5 matches
- 05 Oct 2022, 18:13
- Forum: General
- Topic: disable Displacement but not freedom of rotation
- Replies: 5
- Views: 570
Re: disable Displacement but not freedom of rotation
you are absolutely amazing! Just modified and the results agree (approximately) with the analytical solution. Thanks very much! I will mention you in my draft. Best regards, Alex
- 05 Oct 2022, 17:53
- Forum: General
- Topic: disable Displacement but not freedom of rotation
- Replies: 5
- Views: 570
Re: disable Displacement but not freedom of rotation
Thank you for the explanations! I was able to implement the boundary condition. I designt the model so that the plate is articulated on all sides. For this I introduced the boundary condition 1. Im now wondering why the result is larger than it should be. The first 20 calculated eigenvalues are: Ei...
- 04 Oct 2022, 19:28
- Forum: General
- Topic: disable Displacement but not freedom of rotation
- Replies: 5
- Views: 570
disable Displacement but not freedom of rotation
Dear Elmer specialists, I would like to do an eigenvalue simulation in Elmer. Before I can start the simulation, the examined geometry (plate) must be fixed at its four corners in such a way that no more shifts in the coordinate directions are possible. However, freedom of rotation around the axes m...
- 15 Sep 2022, 10:13
- Forum: ElmerGUI
- Topic: change starting point, timesteps
- Replies: 3
- Views: 1115
Re: change starting point, timesteps
Thank you very much Kevin and Peter! I first tried Mr. Raback's method. With success! My simulation is now running again. I will mention both suggestions (Kevin and Peter) in my bachelor thesis. I am writing my bachelor thesis in the field of numerical acoustics at the TU Darmstadt. I am developing ...
- 14 Sep 2022, 12:13
- Forum: ElmerGUI
- Topic: change starting point, timesteps
- Replies: 3
- Views: 1115
change starting point, timesteps
Hello, I would like to resume an aborted simulation at a specific time step. How can I adjust the simulation parameters so that the simulation starts at a frequency step of 356 Hz instead of 1 Hz. I use the scanning function: Simulation Type = Scanning Time Step Intervals = 1001 Timestep Sizes = 0.5...