The CAPRI to MATLAB® Connector lowers the barrier for using CAD models for physics-based modeling and simulation tasks in MATLAB®.
It eliminates CAD rework and over-simplified representations that could result in errors between the real design intent and representations that you create in MATLAB®.
Introduce real CAD models early into your MATLAB® workflows to shorten product development cycles, save time, and cost.
Click on the videos to learn more about the features and capabilities.
- Load and Display a SolidWorks® Model
- Parametric Sweep of a Creo® assembly
- Extract mass properties and names from an assembly
- Load a STEP file, plot, and tessellate in MATLAB®
- Export a STL representation of a CAD part
- Modify a CAD shape for design optimization
- Extract two-dimensional slices from a 3D model
Feature Overview
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MATLAB® users can work with CAD models in their M-Scripts,
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Query the geometry details such number of bodies, mass properties and other mechanical details,
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Visualize CAD parts and assemblies,
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Extract discrete representation for 1D, 2D, and 3D analyses,
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Perform geometric operations such extracting 2D cross sections and details required for preliminary and conceptual analysis,
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Drive the design intent such as features and parameters for DOE and optimization.
