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| You can use the following to represent infinity: **Modelica.Constants.inf** Type it in the parameters field. You can also find all the other type of constants in the package: **Modelica.Constants** |
| ![enter image description here][1] **March 20th, 2024**: Wolfram U is hosting a webinar on Wolfram System Modeler's Rotating Machinery Library! [@Vedat Senol][at0] will show how the Rotating Machinery library allows you to test novel designs... |
| Hi, can you attach a minimal version of the library? |
| System Modeler 13.3.1 was released yesterday. The errors mentioned in the post are now treated as warnings. |
| *MODERATOR NOTE: This is the notebook used in the livestream "Modeling Fluid Circuits" on Wednesday, July 26 -- a part of Wolfram R&D livestream series announced and scheduled here: https://wolfr.am/RDlive. Subscribe to [**@WolframRD**]... |
| If you have a component with DynamicSelect annotation then you can use Mathematica to create an animation. Here is an example using components from the Fluid library, that have a DynamicSelect annotation. Model: package TankExample ... |
| I just had a talk on Modeling Fluid Circuits. If you missed it, you can watch the video, and get the presentation notebook in the Community Post here: https://community.wolfram.com/groups/-/m/t/2982197 |
| With those constraints, you are then better off using inner-outer. Something like the following: package InnerOuter model InputOutputExterior InputOutputInterior inputOutputInterior1 annotation(Placement(visible = true,... |
| ![enter image description here][1] &[Wolfram Notebook][2] [1]: https://community.wolfram.com//c/portal/getImageAttachment?filename=image1.png&userId=1522613 [2]: https://www.wolframcloud.com/obj/f2428eed-0031-45c4-9d1c-31d08dd61102 |
| One way to solve this problem might be to break it into injection gas and fluid sub-circuits. Then add a logic to represent their interaction. Perhaps something like the following diagram: ![enter image description here][1] model... |