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  • Jim McGuire (2013)

    Advanced Optimization for Fiber-Reinforced Plastic Parts

    • Simulation Moldflow Products

    Key Learning

    • Describe the significance of fiber orientation in plastic part performance
    • Know the limitations of ordinary structural analysis as applied your parts
    • Determine the best gate location for a part using optimization techniques
    • Appreciate the compromises encountered in the injection molding process
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  • Michal Jelinek (2013)

    Machines of Adventure: Using Alias to Create Models for an Art Book

    • Alias Design, Alias Products

    Key Learning

    • Identify the differences between the creative modeling process when used for entertainment versus product design
    • Use the Alias dynamic shape modeling tools
    • Prepare Alias concept models for rapid prototyping
    • Make use of polygonal modeling expertise in Alias
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  • Tim Lankisch (2013)

    Correlation Studies Using Moldflow MuCell® for Lightweighting

    • Simulation Moldflow Products

    Key Learning

    • Describe how the MuCell molding process works
    • Apply a MuCell methodology that determines weight savings
    • Set up a MuCell analysis in Autodesk Simulation Moldflow Insight
    • Explain how well Simulation Moldflow Insight MuCell analysis correlates with molded samples
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  • Charles Tucker (2013)

    Fiber Orientation and Length Modeling: Concepts Behind the Calculations

    • Simulation Moldflow Products

    Key Learning

    • Identify and apply the 2 qualitative rules of flow-induced fiber orientation
    • Explain how fiber orientation is represented and calculated within Autodesk Moldflow
    • Describe the ideas behind different fiber orientation models (Folgar-Tucker, RSC, ARD)
    • Explain how material parameters in these models are determined from experimental data
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  • Chad Studer (2013)

    Heating It Up and Keeping It Cool with ReCap

    • Simulation CFD, ReCap

    Key Learning

    • Employ the full functionality of ReCap software
    • Create a Revit intelligent model from scan data
    • Analyze an existing room or building with Simulation CFD software
    • Design and modify existing HVAC to develop an accurate thermal model
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  • Rick Dalgarno (2013)

    Introduction to Composite Materials

    • Simulation Mechanical, Simulation Products

    Key Learning

    • Explain what a composite material is
    • List the benefits of composites
    • Identify the challenges of designing and analyzing composite structures
    • Identify Autodesk products that have composites functionality
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  • Doug Kenik (2013)

    Introduction to the Simulation Composite Products

    • Simulation Mechanical

    Key Learning

    • List and describe the capabilities of Autodesk Simulation Composite Design
    • List and describe the capabilities of Autodesk Simulation Composite Analysis
    • Use Autodesk software to design and analyze composite structures
    • Simulate composite materials
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  • Towfiq Gangjee (2013)

    Simulation of Injection Compression and Compression Molding

    • Simulation Moldflow Products, Simulation Products

    Key Learning

    • Describe the injection-compression molding process
    • Describe the compression molding process
    • Simulate injection-compression molding
    • Simulate compression molding
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  • Key Learning

    • Describe the services available in Sim 360 Moldflow
    • Run an analysis in the cloud with Sim 360 Moldflow
    • Explain how using the power of cloud computing and Sim 360 Moldflow to perform a customized design of experiments (D.O.E) requires less time than local solving
    • Identify ways that Sim 360 Moldflow leads to better plastic part design and manufacture
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  • Jacob Knowles (2013)

    CFD + Energy: Integrated Optimization

    • Simulation CFD, Revit Products

    Key Learning

    • Integrate CFD modeling into the design, optimization, and energy-simulation process for your projects
    • List the steps involved in performing a CFD model
    • Identify the key parameters that influence thermal comfort and pose potential solutions
    • Use results from CFD modeling to make informed decisions
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