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2. Puzzel join: the joint both defines the structure and is resists bending moment. The geometry of the the block's is a result of the [http://www.robarch2012.org/workshops#StuttgartI robotic milling] | 2. Puzzel join: the joint both defines the structure and is resists bending moment. The geometry of the the block's is a result of the [http://www.robarch2012.org/workshops#StuttgartI robotic milling] | ||
| − | 3. | + | 3. Steel plates 3 mm |
| − | 4. | + | 4. Each block is post stressed after assembly to avoid material failure, since the join relies on wood's strength. |
<div style="float:left; width:450px; height:450px; padding: 50px 0px 0px 0px;"> | <div style="float:left; width:450px; height:450px; padding: 50px 0px 0px 0px;"> | ||
[[File:20130116_Structure_Detail_1.jpg |450 px]] | [[File:20130116_Structure_Detail_1.jpg |450 px]] | ||
Revision as of 03:15, 19 January 2013
Performance
STRUCTURE & Assembley
Exploded view of the structure: Assembley
1. Stacked joint: the geometry of the block increases the friction between the blocks. The ruled surfaces is a result of the robotic wire cutting
2. Puzzel join: the joint both defines the structure and is resists bending moment. The geometry of the the block's is a result of the robotic milling
3. Steel plates 3 mm
4. Each block is post stressed after assembly to avoid material failure, since the join relies on wood's strength.
Exploded view of the main building
1. Structural wooden blocks
2. Spacial wooden block
3. Glazing
4. Steel tensile structure carrying the roof glazing.
Structural Principal
1. Basic Structural Principle: wooden beam resting on wooden pillars.
2. The load bearing elements are shifted according to the desired styling
3. The puzzle join defined the shifted geometry, The join relies on the material strength of the massive wood.
FABRICATION
