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Input Surfaces and Analyze as a Shell

The team at the University of Virginia has created a series of Karamba3D examples to guide users through several workflow processes.
Each example is thoroughly explained and the geometry is internalized to run without supporting Rhino files. Input new rhino geometry into the Grasshopper definitions to see how the geometry performs.
UVA_1-2_InputSurfacesAsShellUVA_1-2_InputSurfacesAsShell
 
Difficulty: Simple
This example introduces Karamba3D input and analysis. while demonstrating automatic assigning of supports and force flow in a shell.
  1. Change the slider that controls the mesh density
  2. Change the support positions and notice the behavior of the principle stress lines
  3. Change the load directions

Get the Grasshopper definition here: 01_InputSurfacesAsShell.gh
Get the Rhino file here: 01_InputSurfacesAsShell.3dm
This example uses Karamba3D 1.3.3.

Thanks to:  Jeana Ripple, Ripple Architecture Studio / University of Virginia, School of Architecture / Benjamin DiNapoli / Angelica Door / Blue Clements / Moritz Heimrath, Karamba3D

BESO of Bracing Walls Optimization of Support Positions

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03_Optimization_SupportPositions

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Optimization of Support Positions

UVA_1-1_InputCurvesAsTruss

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Input curves and Analyze as a Truss

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