3
9
17
25
30
36
40
3
4
5
6
Roof
Floor A
Floor A
Floor B
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8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
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GEOMETRY TEST : ATTRACTING POINTS BASED ON GRID
GENERATING LOGIC ( WITH FRAME): BASED LINE & ATTRACTING POINTS
based frame
attrcating field
based line
generating line
attracting points
final shape
GEOMETRY TEST : BASED LINES FLOWING ALONG SURFACE
GENERATING LOGIC ( WITHOUT FRAME) : BASED LINE & ATTRACTING POINTS
based line
3 points
4 points
5 points
6 points
7 points
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CHAIR DESIGN
CHAIR DESIGN WITH JOINT SYSTEM
First Layer Joint A: connection of same layer based surface
based line
attracting points connection detail
+
Joint System
attrcating field
generating line
front view
final shape
Second Layer
Joint B: connection between fisrt and second layer
back view
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STEAM MACHINE COMPARISON
FABRICATION METHOD| COMPARE | TRYOUT
Previous Steam Machine Pin System
Scaffold System
Mould System
Scaffold System
Steam Source : generate steam to apply heat and
Steam Process
Current Steam Machine
+
+ Vacuum Bag
Steam Process
FABRICATION METHOD | COMPARE | DISADVANTAGE Pin System
Traditional Steaming
Scaffold System
Scaffold System
Bending Tool
Mould System
Vacuum Bag Steaming
Volume
Steamed Area
Set-up Convinience
Price
Steaming Time
Dry Time
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FABRICATION METHOD DEVELOPMENT
360°
+
360°
360°
Scaffold System
Bending Tool
Customizable Spatial Frame
FABRICATION METHOD DEVELOPMENT
AR Guided Projects Using AR into the designing process helps users and designers immerse themselves in the mixed environment, so that they can fully provide their mood, sense, and action in the illusional space. Which makes the design has deeper interaction with human.
44
45
AR GUIDING FABRICATION | WOOD BENDING PROCESS| PART 1
AR GUIDING FABRICATION | WOOD BENDING PROCESS | PART 2
46
PAVILION DESIGN
PAVILION DESIGN WITH JOINT SYSTEM
SIDE VIEW
TOP VIEW
SIDE VIEW
TOP VIEW
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PAVILION FABRICATION PROCESS
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50
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