Videos

Check the latest videos and get to know HyperX

HyperX Essential Videos – Learn the Basics

The purpose of these videos is to show-off the most basic features and capabilities of the software to get new users quickly familiar with the interface.

1. Fundamentals

  • FEM model and FEA results import
  • Structure creation
  • Analysis, Design, and Load Property assignment

2. User Interface

  • Model centric user interaction with all data
  • Data visualization and traceability through all workflows
  • High performance graphics to handle large models with millions of elements
  • High performance database to handle terabytes of data

3. Tutorial - Preliminary Design of an eVTOL UAM Wing

  • Using a coarsely meshed FEM, optimize wing skins, spars, and ribs including panels and edge joints
  • Perform design trades with different materials, laminate families, and panel and joint concepts
  • Upload design trends to cloud or enterprise dashboard to share with project team

HyperX Academy Videos – Optimize your Workflows

The HyperX Academy series accompanies the software Help System to provide quick overviews of all HyperX workflows. We are constantly adding to this series as new features and workflows arise.  

1. Grid Stiffened Rib

  • Use HyperX Grid Stiffened plug-in to size metallic ribs and panels as integrated grid-stiffened structures.

  • Analyze buckling, yield, and machining tolerances to fix negative safety margins and optimize panel strength.

  • Apply HyperFEA to adjust rib stiffness and geometry, achieving required buckling eigenvalue targets efficiently.

2. HyperXpert

  • Use HyperXpert to run design-of-experiments optimizing a UAM wing’s upper skin for weight and manufacturability.

  • Compare multiple positive-margin designs to find optimal variable links balancing manufacturability and structural efficiency.

  • Create and assign constant design properties from chosen solutions, ensuring consistent geometry and minimal added weight.

3. Section Cuts

  • Learn to create section cuts in HyperX to visualize loads, stiffness, and structural behavior across wing bays.

  • Use section cuts to analyze, compare, and meet stiffness requirements, improving structural understanding and producibility.

  • Explore advanced applications like torque analysis, actuator load testing, and automated spar sizing using section-level loads.

HyperX Essential Videos – Learn the Basics

These are the first HyperX videos ever made. Their purpose is to show-off the most basic features and capabilities of the software to get new users quickly familiar with the interface.

 

1. Fundamentals

  • FEM model and FEA results import
  • Structure creation
  • Analysis, Design, and Load Property assignment

    2. User Interface

    • Model centric user interaction with all data
    • Data visualization and traceability through all workflows
    • High performance graphics to handle large models with millions of elements
    • High performance database to handle terabytes of data

    3. Tutorial – Preliminary Design of an eVTOL UAM Wing

    • Using a coarsely meshed FEM, optimize wing skins, spars, and ribs including panels and edge joints
    • Perform design trades with different materials, laminate families, and panel and joint concepts
    • Upload design trends to cloud or enterprise dashboard to share with project team

    HyperX Academy Videos – Optimize your Workflows

    The HyperX Academy series accompanies the software Help System to provide quick overviews of all HyperX workflows. We are constantly adding to this series as new features and workflows arise.  

    1. Grid Stiffened Rib

    • Use HyperX Grid Stiffened plug-in to size metallic ribs and panels as integrated grid-stiffened structures.

    • Analyze buckling, yield, and machining tolerances to fix negative safety margins and optimize panel strength.

    • Apply HyperFEA to adjust rib stiffness and geometry, achieving required buckling eigenvalue targets efficiently.

    2. HyperXpert

    • Use HyperXpert to run design-of-experiments optimizing a UAM wing’s upper skin for weight and manufacturability.

    • Compare multiple positive-margin designs to find optimal variable links balancing manufacturability and structural efficiency.

    • Create and assign constant design properties from chosen solutions, ensuring consistent geometry and minimal added weight.

    3. Section Cuts

    • Learn to create section cuts in HyperX to visualize loads, stiffness, and structural behavior across wing bays.

    • Use section cuts to analyze, compare, and meet stiffness requirements, improving structural understanding and producibility.

    • Explore advanced applications like torque analysis, actuator load testing, and automated spar sizing using section-level loads.

    HyperX Academy Videos – Youtube

    Explore our YouTube channel, where you’ll find a rich library of videos—featuring HyperX Academy tutorials that walk you through everything from basic to advanced techniques

    Youtube - Collier Aerospace

    Aerospace Structural Analysis and Design Optimization

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