Major enhancements in the latest HX solver include:
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| o | User Defined Functions in FORTRAN/C for: |
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| ▪ | Up to five nodal results |
| ▪ | Up to five elemental results |
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| o | Viscoplastic Friction Model |
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| o | Improvements to bearing profile friction computations to improve the accuracy of stick/slip behavior |
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| • | Nose Cone Prediction in steady state analysis |
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| o | Criminale-Ericksen-Filbey viscoelastic model |
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Major enhancements in the user interface include:
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| o | Support for layered CAD in the Extrusion Wizard |
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| o | Automatic mesh size estimation in the Extrusion Wizard |
| o | Improve Mesh utility in Extrusion Wizard |
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| o | Create bearing lines from bearing curve |
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| o | Material constitutive data for SineHypInv material model from flow stress tables (as function of strain rate and temperature) |
| o | Hensel Spittel material model added under constitutive model |
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| o | Project Browser for Extrusion Wizard |
| o | Tool Deflection Analysis |
| o | User Interface for editing Bearing optimization data |
| o | User Interface for editing Billet data |
| o | User Interface for creating Billet |
| o | User Interface for Quick Solid Edit |
| o | Redesigned Create/Edit BCs panel |
| o | Bearing profile gap thickness computation |
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| o | Material constitutive model from viscosity tables (as function of strain rate and temperature) |
| o | Melt Flow Analysis Wizard |
| o | Project Browser for Plate Meshing Wizard, Coextrusion Wizard, Runner Balancing Wizard and Melt Flow Analysis Wizard |
| o | Capability to start from an existing mesh in Plate Meshing Wizard, Coextrusion Wizard, and Melt Flow Analysis Wizard. |
| o | Improve Mesh utility for Plate Meshing, Co-extrusion and MeltFlow Wizards |
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See Also:
HyperXtrude User Profile
