Saturday, March 27, 2010
Tuesday, March 16, 2010
Sunday, March 14, 2010
Saturday, March 13, 2010
1/2 inch scale model
Node Template
Thursday, March 4, 2010
Sunday, February 28, 2010
Shell Progress
Here is the shell CNCed from Plywood and assembled around a node. There were some issues with the CNCing, some of the notches were cut too deep, and others werent cut at all. That should be easily fixed though. The plywood material is not a good material to CNC, it splinters and break easily. I think we would be better off using MDF board instead. After some minor adjustments to the shell pieces we managed to fit it all together
Example with fabric wrapped around the shell
Digital model of the Shell
Example with fabric wrapped around the shell
Digital model of the Shell
Friday, February 12, 2010
Wednesday, February 10, 2010
Tuesday, February 9, 2010
Revised Shell concept possibility
Monday, February 1, 2010
Updated Digital Model
Saturday, January 30, 2010
Clustering in Grasshopper
What we need is basically a field
of nodes that are connected. The nodes should be three different sizes. And
the size of the nodes should be relative to the density (close together
nodes are small - distant ones are large)
This equation begins with a 3d grid (hexagonal or rectangular) of points
that serve as the centroids for the spherical nodes. The radius of each of the
spheres are determined by their distance to the nearest of 4 reaction points
(moveable referenced points in rhino). Then each sphere is moved
toward the reaction point that is nearest to a distance that is inversely
proportional to its radius (smaller spheres move greater distance aka closer
together).
of nodes that are connected. The nodes should be three different sizes. And
the size of the nodes should be relative to the density (close together
nodes are small - distant ones are large)
This equation begins with a 3d grid (hexagonal or rectangular) of points
that serve as the centroids for the spherical nodes. The radius of each of the
spheres are determined by their distance to the nearest of 4 reaction points
(moveable referenced points in rhino). Then each sphere is moved
toward the reaction point that is nearest to a distance that is inversely
proportional to its radius (smaller spheres move greater distance aka closer
together).
Friday, January 29, 2010
Thursday, January 28, 2010
Lighting
Monday, January 25, 2010
Digital Model
We need to create a rule for the connections:
for example:
-small nodes connect only to the medium nodes and the medium nodes only connect to the large nodes.
-One type of node is the parent and the parent connects to all of the "children" but the "children" do not have to connect to other "children"
for example:
-small nodes connect only to the medium nodes and the medium nodes only connect to the large nodes.
-One type of node is the parent and the parent connects to all of the "children" but the "children" do not have to connect to other "children"
Structural Node
In order to be most economical in our design of the structural nodal system, we produced a universal node. This node is made up of two 1/8" steel plates notched together to form a cruciform shape. In order to increase the multipacity of use, the plates have anywhere between 16 and 18 2" diameter holes. The concept is that as you string your 1.5" diameter tube members through both plates in multiple directions the joint will stay strong.
Problems:
-will need +2in holes to accommodate a 1" pole
-wastes a lot of material
-Different angels require a different amount of clearance
Could be:
-instead of 2 plates there are 4 plates so the poles will only have to bridge 45 degrees instead of 90.
Problems:
-will need +2in holes to accommodate a 1" pole
-wastes a lot of material
-Different angels require a different amount of clearance
Could be:
-instead of 2 plates there are 4 plates so the poles will only have to bridge 45 degrees instead of 90.
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