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Combining Solid, Shell, and Line Elements with Inventor Nastran

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    Descripción

    Using one element type is not always feasible when performing stress analysis on large, complex CAD assemblies. Mixing solid, shell, and line elements together can produce a mesh that's more efficient and more accurate. This approach can drastically reduce analysis time and enable more automation in the digital prototyping process. In this class, Ed Gillman will explain the key differences between the finite element types and where they’re best utilized. He will then demonstrate the process of converting assemblies into mixed element models and the techniques that can be used to properly connect the mesh.

    Aprendizajes clave

    • Discover the difference between solid, shell, and line elements
    • Learn how to efficiently simplify CAD geometry into Autodesk Nastran idealizations
    • Learn how to bond shell element structures using continuous meshing
    • Learn how to connect elements using rigid body connectors and face splitting

    Etiquetas

    Producto
    Inventor Nastran
    Inventor
    Sectores
    Product design and manufacturing
    Temas
    Manufacturing Processes
    Finite Element Analysis
    Digital Prototyping
    Prototyping
    Meshing
    Automation, Integration, & Customization
    Simulation & Analysis
    Modeling
    Software Development