HYPERWORKS FOR STUDENTS
1. Audiovisual presentations on HyperWorks products- Overview
- These movies outline the salient features of several HyperWorks modules - HyperMesh, HyperView, OptiStruct, HyperStudy, MotionSolve, HyperGraph, HyperForm, HyperWeb, HyperView Player, and the HyperWorks Process Manager. Save the zipped movies to your computer and view them using any AVI player.
- Prerequisites
- None
- View the Video
2. Beginners Exercise in FEM- Overview
- Using a simple geometry - a plate with a hole - this exercise walks you through a typical linear-static Finite Element Analysis cycle using HyperMesh, Radioss/Linear and HyperView.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
3. HyperMesh - The Start Menu- Overview
- Shows how to start HyperMesh, and where "default files" are created.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
4. HyperMesh - Getting Started- Overview
- Illustrates cad-data import, visualization, geometry editing, mid-surfacing and shell-meshing.
- Prerequisites
- HyperMesh - The Start Menu
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
5. Radioss/Linear - Getting Started- Overview
- Shows how to run the solver, and how to diagnose errors.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
6. HyperView - Getting Started- Overview
- Illustrates how to generate stress contours and deflected plots for Radioss/Linear analyses.
- Prerequisites
- Radioss/Linear - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
7. HyperGraph - Getting Started- Overview
- Illustrates how to generate and annotate plots.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
8. MotionView - Getting Started- Overview
- Illustrates how to model a mechanism for multi-body-dynamics analysis.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
9. MotionView - Troubleshooting Errors- Overview
- Illustrates how to find your way around with MotionVew / MotionSolve when things go wrong
- Prerequisites
- MotionView - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
10. HyperMesh - Exporting node-sets to Ansys- Overview
- Illustrates how to create a set of nodes and export the data-set to Ansys.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
11. HyperMesh - Introduction to "Scalar" Spring Elements- Overview
- Illustrates how to use 1-dimensional spring elements.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
12. HyperForm - Tube Bending- Overview
- Outlines how to setup a model for simulation of tube bending.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
13. HyperForm - Tube Hydroforming - Part 1- Overview
- Outlines how to setup a model for hydroforming simulation.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
14. HyperForm - Tube Hydroforming - Part 2- Overview
- Outlines how to run Radioss, generate animations, FLD curves, thinning percentage contours, etc. for a hydroforming simulation.
- Prerequisites
- HyperForm - Tube Hydroforming - Part 1
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
15. Stress Analysis of a Thin Walled Pressure Vessel - Geometry Import- Overview
- Spread over several parts, this tutorial outlines how to start with a CAD model of a thin-walled pressure vessel, prepare the geometry for analysis, generate the mesh, apply loads and restraints, analyse it and review the results. The tutorial shows how you can use either shell elements or hexahedral ("solid") elements, and points out the advantages of shells for this kind of geometry, given the mechanics.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video of Part 1 - Geometry Import
- Read the PDF of Part 1 - Geometry Import
16. Stress Analysis of a Thin Walled Pressure Vessel - Editing Surfaces- Overview
- Spread over several parts, this tutorial outlines how to start with a CAD model of a thin-walled pressure vessel, prepare the geometry for analysis, generate the mesh, apply loads and restraints, analyse it and review the results. The tutorial shows how you can use either shell elements or hexahedral ("solid") elements, and points out the advantages of shells for this kind of geometry, given the mechanics.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video of Part 2 - Surface Editing
- Read the PDF of Part 2 - Surface Editing
17. Stress Analysis of a Thin Walled Pressure Vessel - Shell and Solid Meshing- Overview
- Spread over several parts, this tutorial outlines how to start with a CAD model of a thin-walled pressure vessel, prepare the geometry for analysis, generate the mesh, apply loads and restraints, analyse it and review the results. The tutorial shows how you can use either shell elements or hexahedral ("solid") elements, and points out the advantages of shells for this kind of geometry, given the mechanics.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video of Part 3 - Shell and Solid Meshing
- Read the PDF of Part 3 - Shell and Solid Meshing
18. Stress Analysis of a Thin Walled Pressure Vessel - Boundary Conditions and Solution- Overview
- Spread over several parts, this tutorial outlines how to start with a CAD model of a thin-walled pressure vessel, prepare the geometry for analysis, generate the mesh, apply loads and restraints, analyse it and review the results. The tutorial shows how you can use either shell elements or hexahedral ("solid") elements, and points out the advantages of shells for this kind of geometry, given the mechanics.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video of Part 4 - Boundary Conditions and Solution
- Read the PDF of Part 4 - Boundary Conditions and Solution
19. Stress Analysis of a Thin Walled Pressure Vessel - Stress Contours and Deformed Shape- Overview
- Spread over several parts, this tutorial outlines how to start with a CAD model of a thin-walled pressure vessel, prepare the geometry for analysis, generate the mesh, apply loads and restraints, analyse it and review the results. The tutorial shows how you can use either shell elements or hexahedral ("solid") elements, and points out the advantages of shells for this kind of geometry, given the mechanics.
- Prerequisites
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video of Part 5 - Stress Contours and Deformed Shape
- Read the PDF of Part 5 - Stress Contours and Deformed Shape
20. HyperMesh / Radioss - Including Self-Weight in an Analysis- Overview
- Illustrates how to apply gravitational forces on a structure.
- Prerequisites
- Beginners Exercise in FEM
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
21. Hex Meshing with HyperMesh - Overview- Overview
- Outlines hex-mesh (also called brick-mesh or solid-mesh) generation using HyperMesh.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
22. Hex Meshing with HyperMesh - Basics- Overview
- Outlines the use of HyperMesh's drag, spin and line-drag commands to generate hex meshes.
- Prerequisites
- Hex Meshing with HyperMesh - Overview
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
23. Hex Meshing with HyperMesh - Moderate- Overview
- Outlines the use of HyperMesh's elem-offset command to generate hex meshes.
- Prerequisites
- Hex Meshing with HyperMesh - Overview
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
24. HyperMesh - Assigning Variable thicknesses to mid-surface shell elements- Overview
- Outlines how to elegantly derive thicknesses for shell elements from the underlying geometry.
- Prerequisites
- HyperMesh - Getting Started
- Requires Adobe's Flash Player (version 7 or later) and a Browser that supports Java
- View the Video
- Read the PDF
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