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| Dear Sergio, Thank you very much for your reply again. I tried making the example even simpler. Instead of using a revolute joint driven by an rotational spring, I adapted the revolute constraint to accept a torque. The modification worked... |
| Dear Suba, Thank you very much for your answer. The workaround you wrote above does help to make the calculation cleaner. Cheers, Fabián |
| Dear Sergio, Thank you very much for your reply. Your suggestion of constraining the motion of the springs in the vertical direction using prismatic joints worked out of the box, without having to adjust anything else other than connecting them... |
| Hello Ankit, Thank you very much for your reply and the example. I appreciate it. Below there's a modified version of the example, illustrating the situation I refer to. I added another component to the interior model (i.e.... |
| Dear Sergio, Thank you very much for your answer. Your advice is very useful. Following your suggestions, I came up with the code below, which seems suitable for my application: First, the components of a particular type are selected as you... |
| Dear Neil, Thank you very much for your suggestion again. I did try but unfortunately Mathematica is not able to linearize the system (vibratingSystem1 in the diagram you posted previously) when the boolean "exact" variable is set to true in... |
| Dear Neil, Thank you very much indeed for your explanation. After seeing the `FullForm` of the transfer function I understood what you did. Regards, Fabian |
| Neil, Thank you very much for your answer. The link you sent is indeed a good starting point. I'm looking forward to read your paper and the post in the forum. Regards, Fabian |