Title: Anisotropic Material Behaviour & the influence of different Failure Criteria - Hook  
Owner: Lennart Krueger
Creator: Lennart Krueger Feb 20, 2024
Last Changed by: Lukas Maasjost May 28, 2024
Tiny Link: (useful for email) https://amendate.atlassian.net/wiki/x/CxOFyw
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MSC Apex Generative Design 2024.1 - Help Section (5)
    Page: Generative Design - GD-Bracket Part 2
    Page: Generative Design - Jet Engine Bracket
    Page: Part Consolidation Optimisation
    Page: Symmetry Optimisation - Bridge
    Page: Symmetry Optimisation Pedal
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Time Editor  
May 28, 2024 14:49 Lukas Maasjost View Changes
May 24, 2024 15:22 Jonas Welslau (Unlicensed) View Changes
Apr 23, 2024 06:37 Lennart Krueger View Changes
Feb 22, 2024 13:51 Lennart Krueger View Changes
Feb 20, 2024 12:10 Lennart Krueger  
Outgoing Links
MSC Apex Generative Design 2023.1 - Help Section (1)     Page: How we understand Geometry
MSC Apex Generative Design 2024.1 - Help Section (21)     Page: Strut Density
    Page: Post Processing
    Page: Principal Coordinate System
    Page: Anisotropic Material Behaviour & the influence of different Failure Criteria - Hook
    Page: Material Properties (Isotropic, 3D Transversely Isotropic, 3D Orthotropic)
    Page: Part Consolidation Optimisation
    Page: Interface Tool
    Page: Machining Allowance
    Page: Complexity
    Page: Build Direction - Material Coordinate System
    Page: Why does my result of an anisotropic material optimisation look implausible?
    Page: Warning & Error Codes
    Page: Manufacturing Methods
    Page: Generative Design - Jet Engine Bracket
    Page: NURBS Retransition Full Workflow - Jet Engine Bracket
    Page: Failure Criteria & Safety Factor
    Page: Study, Scenario & Event
    Page: Shape Quality
    Page: Loads & Boundary Conditions
    Page: Restart Optimisation - Bookshelf
    Page: Support Reduction