Frozen
Unit1 (in)Formed Disposition December 2016
by Yuebing XIANG, Yao LIN, Xiangyu LIU & Cong HU
Non
C
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
n - Crystalisation
Reversing Process
Crystalisation
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 3 /24
COMPONENT Study
Initial Study Geometry & Patterning study
Pattern 1
Pattern 2
Type 1
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
Type 2
Type 3
Type 4
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 5 /24
COMPONENT Study Subdivision
Prototype 1
Prototype 2
Type 1
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
Type 2
Type 3
Type 4
Opacity
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 6 /24
INTRODUCTION National Aquatic Center Weaire - Phelan Structure
The outer wall is based on the Weaire–Phelan structure, a structure devised from the natural pattern of bubbles in soap lather. In the true Weaire-Phelan structure the edge of each cell is curved in order to maintain 109.5 degree angles at each vertex (satisfying Plateau’s rules), but of course as a structural support system each beam was required to be straight so as to better resist axial compression. The complex Weaire–Phelan pattern was developed by slicing through bubbles in soap foam, resulting in more irregular, organic patterns than foam bubble structures proposed earlier by the scientist Kelvin.[8] Using the Weaire–Phelan geometry, the Water Cube’s exterior cladding is made of 4,000 ETFE bubbles, some as large as 9.14 metres (30.0 ft) across, with seven different sizes for the roof and 15 for the walls.
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 7 /24
INTRODUCTION National Aquatic Center Generation Process of the Water Cube
Sliding the soap foam structure along the edge surface
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
Sliding the soap foam structure with a certain degree
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 8 /24
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 10 /24
SCALE
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 11 /24
GROWTH Logic Aggregation
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 12 /24
SITE SELECTION
Training Field
Entrance Lobby
Game Field
Entertainment
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
Entry Lobby
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 13 /24
DIAGRAM ANALYSIS Flowing Intensity
9 : 00
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 14 /24
DIAGRAM ANALYSIS Flowing Intensity
12 : 00
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 15 /24
DIAGRAM ANALYSIS Flowing Intensity
15:00
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 16 /24
DIAGRAM ANALYSIS Flowing Intensity
18:00
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 17 /24
DIAGRAM ANALYSIS
Definition of obstacle surface
9:00
By overlaying a
+ 12:00
15:00
18:00
+
+
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
all the diagrams on the left, which reveal the population intensity, the hook face was created on your right hand side.
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 18 /24
DIAGRAM ANALYSIS Swarm Analysis
2ms
4ms
6ms
12ms
14ms
16ms
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
8ms
10ms
18ms
20ms
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 19 /24
DIAGRAM ANALYSIS Circulation
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 20 /24
DIAGRAM ANALYSIS Transparency Variation
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 21 /24
PERSPECTIVES
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 22 /24
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 23 /24
Unit 1 (in)Formed Disposition | Soomeen HAHM , Zed HUANG & Hana HUANG Frozen | Yao LIN, Yuebing XIAO, Cong HU & Xiangyu LIU
AA VS Bejing 2016 Su(pe)r Real 3.0 | THAD & Beijing Water Cube 24 /24