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Practice SIMULIA Linear Structural Validation
This course is an introduction to performing structural simulation for designers using the 3DEXPERIENCE Platform, including product performance assessment under linear static conditions. The 3DEXPERIENCE Platform provides seamless integration between CAD, lifecycle and simulation so that your simulation automatically reacts when you update the design.
Linear Structural Validation app has limited functionalities, for advance and complex simulations you can use Structural Scenario Creation and Mechanical Scenario Creation App.
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| <strong><u>Key Concepts Covered:</u></strong> <strong>📌</strong><strong> Understand the basic capabilities</strong><strong> 📌</strong><strong> Define a basic Simulation </strong><em><strong>Scenario</strong></em><strong> with multiple steps.</strong><strong> 📌</strong><strong> Thermal Simulation Basics</strong><strong> 📌</strong><strong> Post-process simulation results</strong> <strong>Level:</strong><strong> </strong><strong>🔰</strong><strong> Beginner </strong><strong>Duration:</strong><strong> </strong><strong>⏲</strong><strong>️ 8 Hours</strong> <strong>App Used: Linear Structural Validation </strong> |
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📢 For More Information: User Assistance- Linear Structural Validation
Linear Structural Validation is a native app that lets you create and manage: <strong>📌</strong>A finite element model that is used to represent the model geometry during a simulation. Materials that specify the mechanical and thermal behavior and properties of a model. <strong>📌</strong>Connections (for example, bolts and springs) that tie a model to its surroundings or join components within an assembly. <strong>📌</strong>Restraints (such as clamps, hinges, and ball joints) that fix translational or rotational degrees of freedom for regions of a model. <strong>📌</strong>Loads (such as pressure and forces) that represent concentrated or distributed tractions applied to a model by an external source. <strong>📌</strong>Thermal conditions (such as temperature, heat flux, and ambient radiation) that can induce stress or change material properties. <strong>📌</strong>Results features (such as contour plots, symbol plots, and sensors) that help you analyze and view a completed simulation.
