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AU Class
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Revit modeling strategy for successful CFD Analysis: an iterative approach.*

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    Description

    An efficient CFD Analysis process should take into account the quality of the information being fed to the software. This is of particular importance when it comes to geometry. Adequate meshing is crucial not only for the convergence of a solution but also for the quality an ease of interpretation of results. This hand-on lab will demonstrate the practical implications of managing large Revit models from multiple sources and having to integrate them a single mesh for analysis. We will start by creating some geometry in Autodesk Revit and walk through the steps of simplifying and refining that geometry for successful meshing in CFD. We will be using the Import/Export capabilities of Autodesk Revit and CFD before finally setting up a simple design study to validate the imported geometry. This class will feature an iterative approach used for modeling a project in Costa Rica as a case study. Going from basic geometry and then expanding into a more realistic scenario.

    Key Learnings

    • Use Autodesk Revit to create CFD-Ready geometry
    • Export building geometry from Autodesk Revit directly into Autodesk CFD
    • Use CFD’s geometry/meshing tools to simplify the imported geometry
    • Create rules to assign materials and run a simple analysis to validate meshing

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    Tags

    Product
    Revit
    CFD
    Industries
    Architecture
    MEP engineering
    Structural engineering
    Topics
    Building Information Modeling (BIM)
    Visualization
    Simulation & Analysis
    3D Modeling
    Design
    Energy and Environmental Analysis
    Building Design
    Project Execution
    Computational Fluid Dynamics
    Meshing
    Management
    Purchasing
    CAD Management & IT