cad logic-tensile structure
DESCRIPTION
DIA courseTRANSCRIPT
CAD
LOG
IC SS09 SLITTING
Professor
DIA
Students
Daniel Dendra
Grisha ZotovLiu, Ko-cheng
Master of Arc.Dessau Institute of Architecture
Docum
entation
Analysis
Strategy
SLITTINGTNESILE STRUCTURE
Experiment 01 02 03
Fixing Point
Introduction
In the beginning of the course, we started to make experiments with different materials. What we were interested is the tensile struc-ture because it has the potential to create specific forms with tension. Therefore, we optimized all the experiments as three main ones with different types of cuts, but follow-ing the same strategy and set up in order to see the logic behind the structure.
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Strategy
According to the fixing point, it can be adjusted up and down in one dimension. Once more and more fixing points are attached to the frame, we find that they can find their best position on their own becasue of the self-supporting system of the tensile structure.
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Strategy
02
Docum
entation
Experiment 01___Verticle Cut
03
Plan
Material 16 CutsStockings
01
PerspectiveSection
04
Experiment 02___Horizontal Cut
05
Plan
Material 16 CutsStockings
Docum
entation
01
PerspectiveSection
06
Experiment 03___V - Shape Cut
07
Plan
Material 16 CutsStockings
Docum
entation
01
PerspectiveSection
08
09
ANALYSISFROM MODEL INTO DIGITAL
10
Analysis___Digital Model
11
Analysis
Analysis
Based on previous experiments, we have better understanding of how the tensile structure works in the 3D dimension. In order to have broad learn-ing from it, we bring the same concept into com-puter program, construct more optimizing struc-ture (each point is fixed to five different sticks), and make an animation (the structure is com-pressed and streched by the time) to see how the cuts are performed and varied from each step.
12
Analysis___Digital Model
13
Elevation
Plan
Analysis
Operation
After the 3 experiments of our models, we take the idea of verticle cut as our fundamental digital model because it has more clear and performing logic. In terms of the operation of our digital model, we have 5 rails as the basic tracks for the movement of each points that it can move in one dimension flexibly.
Rail01
Rail02
Rail03
Rail04
Rail05
Diagram
14
1 2 3
6 7 8
11 12 13
16 17 18
21 22 23
Animation___Transforming
15
4 5
9 10
14 15
19 20
24 25
16