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  • Martin Finn (2015)

    Composite-Beam-Design Extension in Robot Structural Analysis Professional 2016

    • Robot Structural Analysis Professional
    • Revit for Structural Engineers

    Key Learning

    • Gain a deeper understanding of composite-beam-design theory and code implementation
    • Discover Robot Structural Analysis 2016 software’s composite-beam-design extension’s features and capabilities
    • Learn how to analyze and design composite beams using the composite-beam-design extension
    • Learn how to integrate Robot Structural Analysis 2016 software's composite-beam-design extension into your current design workflow
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  • Dieter Vermeulen (2015)

    Dynam(o)ite Your Design for Engineers

    • Robot Structural Analysis Professional
    • Dynamo
    • Revit for Structural Engineers

    Key Learning

    • Learn how to generate complex structural models in Revit using Dynamo
    • Learn how to rewire the analysis design in Robot Structural Analysis with Dynamo
    • Learn how to introduce structural optimization techniques in the analysis process
    • Learn how to apply intelligent behavior to structural analysis models using Dynamo
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  • Ian Besford (2015)

    Leeds Station Southern Entrance—How BIM Made the Impossible a Reality

    • Revit for Structural Engineers
    • Robot Structural Analysis Professional

    Key Learning

    • Discover the workflows required to integrate Rhino, Revit, and Robot Structural Analysis
    • Learn how to use Robot Structural Analysis for second-order buckling analysis
    • Learn how to appreciate how Navisworks can be used to engage with the site team and learn how to explain complex interfaces
    • Learn how to appreciate the challenges of working in a confined site
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  • Richard Walsh (2014)

    Implementing Advance Steel Within a Building Information Modeling Workflow

    • Advance Steel
    • Revit for Structural Engineers
    • AutoCAD Structural Detailing

    Key Learning

    • Discover the most efficient practices for getting started with Advanced Steel software
    • Learn how to use Revit software model export functionality to populate an Advanced Steel software model
    • Understand the various limitations of the software
    • Learn how to generate models for fabrication
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  • Marius Jablonskis (2012)

    BIM Workflow with a Focus on Finite Element Method Analysis

    • Autodesk Revit for Structural Engineers
    • Autodesk Robot Structural Analysis Professional

    Key Learning

    • Take control over the analytical model
    • Use Revit Structure, Robot Structural Analysis, and AutoCAD Structural Detailing in your workflow
    • Explain the meaning and value of the Revit analytical model
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  • Brian Johnson (2012)

    Linking Autodesk® Revit® Structure and Autodesk® Robot™ Structural Analysis: Beyond the Basics

    • Autodesk Revit for Structural Engineers
    • Autodesk Robot Structural Analysis Professional

    Key Learning

    • Send and update models between Revit and Robot
    • Apply appropriate send/update settings for Revit-Robot analytical link
    • Describe best practices and workflow for analytical modeling
    • Describe techniques for modeling complex framing
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  • Scott Diaz (2014)

    As-Built to BIM: Detailed Reality Computing for Revit

    • Revit for Architects, ReCap, Revit for Structural Engineers, Revit for Construction

    Key Learning

    • Understand the full process, from field to BIM model
    • Learn how to insert, manage, and crop point clouds in Revit software
    • Learn how to create custom families and components from scan data
    • Learn how to apply an effective workflow to create any shape desired for building elements
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  • Ole Magne Kvindesland (2015)

    Collaborative Multidisciplinary Workflows Between AutoCAD Plant 3D, Revit, and AVEVA PDMS

    • AutoCAD Plant 3D
    • Revit for Architects
    • Revit for Structural Engineers

    Key Learning

    • Learn how to share multidisciplinary data between Autodesk’s Plant software products and AVEVA PDMS
    • Learn how to import existing AVEVA PDMS models in AutoCAD Plant 3D and Revit
    • Learn how to convert PDMS specification database into AutoCAD Plant 3D and use in design
    • Learn how to convert AutoCAD Plant 3D and Revit models into intelligent PDMS models
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  • Carl Spalding (2015)

    Design-Driven 3D Reinforcement Generation in Revit

    • Revit for Structural Engineers
    • Revit for Construction

    Key Learning

    • Learn how to connect your FEM software with Revit to support an intelligent engineering/detailing BIM workflow
    • Learn how to effectively transfer and manage FEM results in Revit analytical model
    • Learn how to be ready to take advantage of building-performance data to automate downstream processes
    • Learn how to utilize Revit as a platform for automating the creation of detailed reinforcement models based on regional design codes
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  • Daniel Mccloskey (2015)

    Goin' Big with Rebar in Revit Structure

    • Revit for Structural Engineers
    • Revit for Construction

    Key Learning

    • Discover how to manage pours, fabrication, and delivery data, and coordination between CIP concrete entities
    • Learn how to use partitions and automatic bar number to develop a quality-control system for rebar data
    • Discover how rebar data can be exported from the Revit model for direct import into common rebar cutting and bending software
    • Discover tips and tricks to take advantage of repetition to efficiently model rebar and create shops for a large rebar job
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