In this presentation the workflow from initial concept of a system all the way to connectivity with other software will be explored within the context of the automation industry. The MapleSim modeling and simulation environment allows users to begin from a new idea or CAD-based drawing to create virtual prototypes with which dynamic simulations can be performed.
Throughout this modeling process the built-in MapleSim apps will provide deeper insight into the behavior of the system and can be used for the analysis of the system response, exploration of system parameter sensitivity, model optimization, and more. Once the modeling process is complete there are various options for exporting the model for use with automation software including: C code, a Simulink S-Function, an FMU for B&R Automation Studio, as well as an FMU with MapleSim Insight data. The benefit of the latter is that regardless of the final implementation of the exported model a 3D visualization of the system will be provided within MapleSim Insight for visual debugging and capturing data.
This presentation will focus on applications related to CAD based modeling, motor sizing, custom design tools, optimization, and connectivity. You will be able to see for yourself how you can apply system-level modeling with MapleSim to improve your modeling and testing workflow so that your final product meets your performance goals.
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