Smart Infill: Difference between revisions
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==OSE Developed== | ==OSE Developed== | ||
===Automated Workflow=== | ===Automated Workflow=== | ||
*[[OSE | *[[OSE FESI]] ('''O'''pen '''S'''ource '''E'''cology's '''F'''inite '''E'''lement '''S'''imulation guided '''I'''nfill | ||
===Manual Method=== | ===Manual Method=== | ||
* | *FreeCAD -> OpenFoam -> FreeCad -> D3D Lulzbot Cura (Or Other Open Source Slicer) | ||
=See Also= | =See Also= | ||
Latest revision as of 18:56, 11 January 2020
Basics
- A step above Gradient Infill
- Uses Computer Models (Such as Finite Element Simulation ) to Determine which areas will be stressed which way, and reinforces accordingly
- Needs either a lot of simulation time, a render farm, or a service (Render Farm Server)
Existing Concepts
Work By the Youtube Channel CNC Kitchen
- Introductory Video
- They used closed source software mostly ( Fusion 360 , ANSYS , etc )
Open Source Workflow
Prexisting
OSE Developed
Automated Workflow
- OSE FESI (Open Source Ecology's Finite Element Simulation guided Infill
Manual Method
- FreeCAD -> OpenFoam -> FreeCad -> D3D Lulzbot Cura (Or Other Open Source Slicer)