socha1810
Mechanical
- Nov 9, 2017
- 2
Hello everyone!
I'm currently working on a vibration analysis of a beam with additional weights attatched to it's ends. My goal is find the natural frequencies of the beam and the null displacement points. Since I need to perform this analysis for different beam geometries and lengths, I have parametirized my model and created a bunch of design points to speed up the process. This approach is excellent for finding the natural frequencies of the system, but not so much for finding the nodes seeing that I have to manually check the "x" coordinate of the nodes. I was wondering if anybody has ever worked with a case similar to mine and know's a way of automatically retrieving the coordinate as a parameter(or any tool that might help).
I'm aware that Mechanical APDL might be able to solve this issue, but for someone with little experience with it such as myself, I find it hard to even start looking for how to accomplish this task(since I don't know how the language works).
Any help would be greatly appreciated,
I'm currently working on a vibration analysis of a beam with additional weights attatched to it's ends. My goal is find the natural frequencies of the beam and the null displacement points. Since I need to perform this analysis for different beam geometries and lengths, I have parametirized my model and created a bunch of design points to speed up the process. This approach is excellent for finding the natural frequencies of the system, but not so much for finding the nodes seeing that I have to manually check the "x" coordinate of the nodes. I was wondering if anybody has ever worked with a case similar to mine and know's a way of automatically retrieving the coordinate as a parameter(or any tool that might help).
I'm aware that Mechanical APDL might be able to solve this issue, but for someone with little experience with it such as myself, I find it hard to even start looking for how to accomplish this task(since I don't know how the language works).
Any help would be greatly appreciated,