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MathModelica: Design, Simulate, Create

This example-driven screencast from the Wolfram Mathematica Virtual Conference 2011 shows how to develop models of complex systems using drag-and-drop with the Wolfram MathModelica software, and illustrates how to take the models seamlessly into Mathematica for doing your simulation analysis as well as model design.

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Channels: Wolfram SystemModeler

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86 videos match your search.
Automatically convert your models and libraries to be compatible with Modelica Standard Library 4.0.0.
In System Modeler, generate complete models with their physical properties such as inertias, center of mass and density from your CAD shapes.
With easy-to-read errors and warning messages and the addition of hyperlinks, it becomes easier to find and fix errors, thus reducing your design time.
Continue working on models and experiments even while validating, building and simulating models.
Create System Modeler packages (SMAs) that allow you to distribute your work. Configure them to install as read only or allow users to access, modify, and update local copies of ...
The OPCUA & OPCClassic libraries adds industrial strength communications to Wolfram SystemModeler's already powerful modeling capabilities. This short video will show you how you can expand your simulation models into real-world ...
Create control panels for your simulations in Wolfram System Modeler to explore model behavior interactively. Each control panel can consist of a list of plots and a list of control ...
Johan Rhodin
In this project course from the Wolfram SystemModeler Virtual Conference 2012, a complete house-heating system is constructed in Wolfram SystemModeler. The course shows how measurement data from Mathematica can be used ...
The tennis racket theorem or the Dzhanibekov effect describes how the rotation of a rigid body around its first and third principal axis is stable, but around its second or ...
Export models, including a full simulation engine with a standardized interface using FMI for co-simulation.
Analyze model results by plotting any expression of model variables. Store your expressions and FFTs as model plots for reuse later.
Explore model behavior using interactive control panels in Wolfram System Modeler. Each control panel contains interactive controls such as sliders, popup menus, and checkboxes.
In System Modeler 12.3, you can completely customize your plots and store the plot findings in your model. In this video, you will explore these using a production chain example. You ...
Get started with modeling easier using the new window layouts available in SystemModeler 5.0. See other new features in SystemModeler 5.0 here
Learn the basics of analysis with System Modeler and the Wolfram Language. Extract simulation data and carry out custom analysis using a wide range of Wolfram Language functions.
Learn the basics of modeling in System Modeler. Use the built-in components to model heat exchange between two bodies. Compare scenarios by changing parameters and initial values.