folded hexagon simulation - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
double hexagon - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
hexagon simulation - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
assembly 1 - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
assembly 2 - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
assembly 3 - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
assembly 4 - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
square - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
square - applet - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
hexagon - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
hexagon - applet - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
octagon - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
octagon - applet - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
circle - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
cirlce - applet - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
cube - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
cube - applet - A continuation of the work I started in the Gaudi Research seminar, this long running project developed more complex modeling tools for both single sheet regular and irregular polygons as well as multi sheet polyhedrons. Large scale physical models were made using rapid prototyping techniques.
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Multi-Equilibrium Folding Structures