Portfolio Siyang Yu
3
体规划 04 总MASTER PLANNING
01
02
03
Financial Street Rongjing City Shimao Strait City Sales Center Huawei Wuhan R&D &
总体规划
MASTER PLANNING
04
04 Surrealist Museum in DMZ
Production Project PhaseII
4
Under Construction
Completed,
Competition First Prize
Instructor: Ferda Kolatan, Hart Marlow
Jul 2011 – Jun 2013
Nov 2010 – Apr 2011
Sep 2012 – Nov 2012
Fall 2013
Site: Chongqing, China
Site: Nanjing, China
Site: Wuhan, China
Site: Seoul, Korea
GFA: 106,000 m² FAR: 13.6
GFA: 5,000 FAR: 1.1
GFA: 223,000 m² FAR: 0.8
Mixed use
Mixed use
Research and Development
6
14
18
24
05
06
07
08
Floating Coral
Inside Out
A Fluid DYNAMISM
Arctic Ice Generator and Methane Catcher
Design of Indefinite and Socially Vibrant Dwelling
Design of continuous and overlapping a new discipline of ground Art Experience
LANDSTRATEGY
Winter Break 2014
Instructor: SHI Yongliang
Instructor: ZHOU Xiaohong
Instructor: CHEN Hong
Site: Arctic
Sixteen Week Graduate Project
Eight Week Fourth Year Studio
Eight Week Fourth Year Studio
Spring 2011
Fall 2009
Spring 2010
Site: Shanghai, China
site: Shanghai, China
site: Shanghai, China
GFA: 20,200 m2 FAR:4.5
Site Area: 35,000 m2 FAR:1.2
Site Area: 55,000 m2 FAR:4.2
38
48
60
32
5
01 Financial Street Rongjing City
mixed use | under construction | site: ChongQing, China | GFA:106,000 m2 FAR:13.6 - designer of concept design,schemetic design, design development package - chief designer of curtain wall parametric model, curtain wall package This project derives it inspiration from the existing site characteristics most notably it's extreme terrian. We envision an integrated and sustainable 24/7 mixed use development combining retail, office and entertainmnetment. The main concepts are linked to both the local culture of Chongqing and the nature of Financial institutions.
自然竹 00 Bamboo in Nature Bamboo in Nature
提神 01 Polarization Polarization
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The facade concept derives from the unique local culture of ba love bamboo for its upstanding characteristic; the people as a w Facade strategy was a polarization of bamboo in nature with a composition is the optimized result from thousands testing resu simulations that find balance between aesthetics, energy and hu
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Photo on Site Feb 2014
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Facade Madule Analysis
OP1_
原始方案 规整化 Original Scheme 03 Organization Organization
抽象化 02 Abstration Abstration
模数 04 Modulation Modulation
Elevation Derivative
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amboo. Poets love bamboo for its firm personality; artists whole love bamboo for it's born to challenge the elements. abstration, organization and modulation. The final facade ults generated from parametric model linked with ecotect uman comfort.
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Unrolled Facade
OP1_2
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Modul Comparision
stone size(width*depth): 400*100;800*200;1200*300 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 3-5
不同立面分段比较 different vertical seperation
stone size(width*depth): 400*200;800*400;1200*600 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: 6 straight pattern
Facade Module Comparision
stone size(width*depth): 400*100;800*200;1200*300 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 4-6
不同模数比较 different modul
stone size(width*depth): 600*100;1200*200 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 3-5
stone size(width*depth): 500*100;1000*200 basic modul: 1400 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 3-5
不同石材种类比较 different types of stone
stone size(width*depth): 400*200;800*400;1200*600 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: 5
不同石材尺寸比较 different sizes of stone 不同立面分段比较 different vertical seperation
stone size(width*depth): 500*100;1000*200;1500*300 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 3-5
stone size(width*depth): 400*100;800*200;1200*300 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: between 3-5
不同石材尺寸比较 different sizes of stone
stone size(width*depth): 600*200;1200*400 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: 6
stone size(width*depth): 600*200;1200*400 basic modul: 2800 none stone percentage: 10% horizontal piece(width*depth): 100*300 vertital piece(width*depth): 100*100 random change of vertical seperation: 6
机房屋面 办公人流出入口
8300
900
900
8400
FM0821丙
2400 200 3200 200
i=5%
5000
2
3
4
3900
8400
200
100 100
8200
10200
0.5%%%
100 100
8200
8400
100 100
3800
200
8400
8400
6300
500
6100
7600
00
°
厨房烟道
6500 200 350 2700 350
2700 7500
4350
200 2950
M1024
200 200
M0924
6470
3400 200
走廊
M0924
FM0921甲
3100
风
上
弱电间
200 2001500
ST4 下
FM1024
11.34m
ES-05 ES-06
FM1524甲
强电间
FM0921甲
FM1122乙
2500
8400
H>3h FJ特
P-B4
M0924
100 100
7140
2650
P-B3
合用前室
空调机房
6500
32 25 5
水管间
P-B2
FM0921丙
S-B1
17F 67.400
16F 63.500 153
4800
详建施
2
15F 59.600
E
14F 55.700 13F 51.800
清洁间
排烟井 空调水管井 厨房烟道
) 12F(避难层 47.900
D
FM0821丙
(15.000) 14.900
18F 71.300
F (15.000) 14.900
8400
6.50m2
下
5130
20 0
84900
45. 00°
前室
FM1222乙
FM1522乙
FM1522乙
FM1222乙
7500 8400
1 B塔楼核心筒 -50
FMCK1522乙
FJ特 H>3h
19F 75.200
8400
18 00 50 0
8400
39 20
M1824
21甲 09
FM
66
下
ST3
(15.000) 14.900 FJ特 H>3h
20F 79.100
H
11F 44.000
10200
房屋交易大厅 (开敞式办公 ) 幕墙
幕墙
10F 40.100
FJ特 H>3h
R9
00
C
900
C
C
9F 36.200 8F 32.300
室外栏杆详
3400 200 10000
4000
8400
8400
10200
8400
6600
900
7F 28.400
10200
8400
76400
L= i= 13 9. 48 99 5m % m
（相��高+1.220） (1.150) -1.100 276.877
i=5%
10000
4000
前室
P-B1
1300
8400
i=2%
200 100 8400
绿地
FJ特 H>3h
详建施
FJ特 H>3h
700 100 13501350 100
21F 83.000
1/J
G
-5- 十 -1 建总施 （相��高+2.575室外场地排水沟 ） (2.600) 1.150 278.225 0.5%%% -7.380
（相��高+0.100） 275.750
4000
10000
00 R9
ST12 - 楼梯 -70
900 400
900
室外场地排水沟
室外场地排水沟 6430 8400
幕墙
H>3h FJ特
22F 86.900
Y-0/1
楼梯 ST5 详建施-57
(15.000) 14.900
2
(2.120) 0.500
200 900 1770200
6300
FM
21甲 09
09
FM 22乙
18
200
75 41
00 86
D
-6.350
人行道
0.5%%%
室外场地排水沟
81 00
幕墙
绿地
坡道i=6.25% L=35923mm
办公大堂上空
25 34
X-1
FM0924甲
(3.260) 1.820 R9 00
K
4020 00
FM
400 200
4500
24F 94.700
Y-1 钢结构雨棚
32 00
0.5%%%
（相��高-2.150） 273.500
1800300 3001800
M1824
21丙
FMCK1522乙
M1824
400 200 2300 2001800
2830
8400
00
下
X-2
绿地
（相��高-2.550） 273.100 坡道i=4.3%
8400
FMCK1522乙
M0924
M0924
FM1024甲
3000 M1824 M1824
1200 1800200 200 2001800
3050 900
3950
1620
4100
200 1500 2001500 200 100 1500 150 150
8400
8400 5550
5000 8400 8400 8400 85800
7600 6500 7500 4800
200
幕墙
商业零售
0.5%%%
0.5%%%
8400 8400 8400
M1824
(10.000) 9.900
274.050
78
00
D
M1824
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22乙
66
00
下 下
(4.280) 2.850 i=9.99%-5.350
商业零售
1300 1%
0.5%%%
人行道
绿地
幕墙
3400
钢结构雨棚 室外场地排水沟
18
25F 98.600
23F(避难层 ) 90.800
0
上
E
-4.650
10200
M1824
FM
66
X-3
空调机房
6600
M1824
(10.000) 9.900
楼梯 ST7 - 商业零售 详建施-61
4
房屋交易大厅 (开敞式办公 )
300 900
FM1822乙
M1824
M1824
下
82
2060 29 0
前室
0 70
办公 M1
34 20
9.40m2
00
2035 00
10200
走廊 前室
0
66
(15.000) 14.900
400 200 2800 200
M1824
清洁间
20
(15.000) 14.950
FM1524甲
X-4
(15.000) 14.900
FM1524甲
排烟井
26F 102.500
L
F
11800
6300
FM0921甲
商业零售 900
6300
走廊
27F 106.400
Y-2
E
1800300 3001800
M1024
1800300 3001800
(5.120) 3.690
M0924
排烟井 空调水管井 厨房烟道
4200
F
(10.000) 9.900
走廊
M0924
FM0921甲
1800300 3001800
楼梯 ST8 详建施-63
950
强电间
水管间
ST2 下
X-5
(15.000) 14.900
81 50
9800
3502000 M1824
1400 1800200 200
7600
FM1024
风
上
厨房烟道
M1824
6000
强电间
200 200
FM1522乙
ST4 下
弱电间
FM0821丙
3001800
P-B4
4.580 (6.060)
下
FM1822乙
200 3001800100 200
ST7
(-0.100) 0.5%%% -0.350
弱电间
7.2m2
ST8
水管间
P-B2
P-B3
G
人行道
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7.8m2
P-A9
G
8400
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45.
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8400
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P-A8
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上
93200
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1760 5800
2300
7140
200 600 1800
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3300
7140 2700
400 200 2590 200 3400
95 41
10200
(4.900) 4.500
3810
4
M1824
空调水井
P-A5
H
（相��高+6.06） 281.710
10.3m2
下
FMCK1522乙
11.34m2
室外栏杆详
(6.060) ） 建总施 （相��高+6.06 -5- 十 -1 281.710 4.760
地下车库出口
(10.000) 电梯厅9.950
商业零售
5
(10.000) 9.900
详建施
(10.000) 9.900
FJ特 H>3h
=4.
ST12
P-B1
900 300
0.5%%%
00
i=9.99% L=34457mm
2070 00 00 50 0 50
400 M1824
76 85
82
M1824
1%
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FM1524甲
2700
R9
商业
FM0921丙
2900 200 3200
8400
8400
5% 1%
(6.650) 室外场地排水沟 5.300
M1824
商业零售
M1
00
P-A4 (15.000) 14.950
FM1122乙
办公
4001300
商业出入口 (9.900) 9.500
上
ST3
J
8400
66 00 25 34 0 20 75 41
86 00
M1824
6500 200 3100
M1824
2900
M1824
1800 1700700 1800
M1824
4896
2 B塔楼核心筒 -49
1800 800
Y-1
商业零售
钢结构雨棚
6600
坡道9.99% L=28600mm
0 20
66 00
29 60 00 78
2001700400 200 2300 200 3001800600
66 00
FM 09 21
71 00
21
21甲 FM
09
FM 09
M1824
M1824
3000
M1824
1800300 4001800
0
FMCK1522乙
900 1800500 200 4400
FM1822乙
FM1822乙
200 1800 1400400
M1824
3050 900
20 0 180080 37 35
上 上
合用前室 S-B1
0.5%%%
200 2550
1/J
700 200
前室
ES-05 ES-06
ES-02
18
P-A6
11.04m
空调水管井 空调水管井 合用前室 FM0821丙 FM0821丙
K
0.5%%%
(9.900) 9.500
上
00 63
200 3400
4200
200 3000
8400
5200 200 3200
8400
93200
4500 300 200 100 100 7300
-2.650
1800 1800
.5
8400
4100
=4
(10.000) 9.900
走廊
下
1800 800 3001800
P-A3
电梯厅
M
00
2950 700 1800
ST12 - 楼梯 -70
7.2m2
ES-03 下 ES-04
(10.000) 9.900
FM1222乙
合用前室 2
S-A1
P-A2
10.27m2
28F 110.300
下
97
00
(10.000) 9.900
75 09
10步 上
室外栏杆详 -1 建总施 -5- 十
绿地
Y-0/1
2000
R
排烟井 200 100 13501350 100 700
1550
K
(9.800) 9.500
(9.800) 8.500
6350
1550
P-A1
(15.000) 14.900
97 00
3450
详建施
FJ特 H>3h
0 24 14 400
3900
Y-3
C
0.5%%%
M1824
商业零售
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室外栏杆详 建总施 -5- 十 -1
Y-1
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M1824
2501800
L
残卫
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上
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风
S-A2
27 10 87 0 00
(10.000) 9.900
5100
幕墙
清洁间 M0924
00
X-1
ES-01
(0.615) -0.885
D
1%
(9.900) 9.500
200 350
16
200 200 400 1100 1800
详建施
M
车道变坡线
L
18 00
M1824
空调水管井 厨房烟道 M1024 尾气井 1 A塔楼核心筒 -41
M
室外栏杆详 -5- 十 -1 建总施
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商业零售
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0 10
(10.000) 9.900
18
0.5%%%
518 00 75 18 00
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4
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前室
50 18 00 37
82 M1
0.5%%%
22乙 18 FM 上 FM 18 22乙
FM1822乙
详建施-71
30F 118.100
办公
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10.12m FM1524甲
9.86m2 (10.000) 9.900
车道变坡线
P
N
车道起坡线
（相��高+8.950） 284.600
R
钢结构雨棚
E
排烟井
1#汽车坡道 15% 6956mm
32F 125.900
00
(15.000) 14.900
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(1.680) 0.180
X-3
(无障碍出入口 ) 办 公 主 0.5%%% 要 入 口
00 15
商业零售
1300
2001500 200
15 00
141.200
12 1 10200
900
31F 122.000
7.5% 3600mm
地下车库出入口 下至二层
(8.750) 7.600
00 518
3400
3700
X-4
37
前室
12.88m2 200
甲
31
22
2
R9
1800300 3001800
办公
1.5%
4 82
室外场地排水沟
18
前室
00
Y-2
M1
(10.000) 9.900
FM
ST2 下
(8.730) 8.000
(9.000) 8.000 284.650
A
0.5%%%
地
室外场地排水沟
4
1%
0.5%%%
水管间丙
上
铺
87 00
82 M1
商业零售
100 100
0.5%%% 室外场地排水沟 0.5%%%
4 82
4001300
8400
广 场
M1
下
ST6
幕墙
0.5%%% 1%
强电间
0.5%%%
2
(9.800) 9.500
弱电间
乙
详建施
6.500 18风井出板面做法 -77 送风井出地面
检修通道
水 景
R9
(15.000) 14.900
绿地
截水沟
Y-3
4 82 M1
商业零售
ST6 - 楼梯 -59
空调水管井 空调水管井 合用前室FM0821丙 FM0821丙 10.27m2
11 10800 9900
9300
N
(7.687) 7.637
(9.200) 8.500
1%
(9.900) 9.500
X-5
900
87
P-A9
1.5%
P
12% 25142mm
284.925
(9.600) 8.500
0.5%%%
M1824
0.5%%%
P
截水沟
.0
2001500300 200
P-A8
8000
8.850
1
1%
12
P-A7
P-A6
S-A2
室外栏杆详 0.5%%% 建总施 -5- 十 -1
8300
M1524 FM0921丙
0.5%%%
R
(4.900) 4.500
绿地
K
8400
空调水井
P-A5
200 700 1800 1000 200
1%
7500
P-A4
绿地
M0924
8400
P-A3
(10.000) 电梯厅 9.950
建筑控制线
景
200 2650
1%
20.26m2
M1824
合用前室
S-A1
P-A2
P-A1
2%
（相��高+9.985） 285.635
M1824
残卫
(3.750) 2.250
F
水
285.075
0.5%%% (9.400) 8.500
(9.700) 9.000
1%
幕墙
(10.000) 9.900
800 1800600 200 1200 1800
M0924
风
M0921
厨房烟道
详建施
G
(9.650) 9.350
5%
1% 2%
FM1222乙 FM1222乙
300 1000 200
FM0821丙
M1024 M0924
FM1024甲
下
FMC1524乙
上
ST1
清洁间
1/9 10200
10000
133.700
(9.700) 8.500
1%
9.000
(9.800) 9.500
空调水管井 厨房烟道 M1024 尾气井
幕墙
室外场地排水沟
室外场地排水沟
0.5%%%
室外场地排水沟(9.650)
商业零售
2 A塔楼核心筒 -40
室外栏杆详 建总施 -5- 十 -1
A
00
1%
商业零售
8
76400 1800200
屋面
N
(10.000) 9.900
2001600 1900
6 8400
33F 129.800
1500
5700
(4.900) 4.500 4400
5 8400
20018002002000
5800
Q
(9.700) 8.500
绿地
1%
参见建施
(9.550) 9.000
4.900
M
J
R9
3600
900
步行出入口
绿地 绿地
151) 下 12步(踏步高 (6.400)
参见建施
L
12500
1.
2040300X10=3000
100
8600
3300
4 10000
1/14
12500
1.
10050
3300
14
8600
0.5%%%
M1824 M1824
3600
2500 200
8600
13
8400
286.500
(9.800) 9.500
9.900
9.900
紧急消防入口
10200 1%
(9.900) 9.500
M1824 M1824
1500
送风井顶盖
排风井顶盖
18风井出板面做法 -77
8400
00
绿地
6.720
6200 0.5%%%1500 200 2400 100 200
2001500
2%
3620
200
300X11=3300 2680 300X11=3300 220
12步(踏步高 151) 下
8.280
8400
12
10800
200
商业出入口 285.550
3 8400
11
10200
室外栏杆详 -5- 十 -1 建总施
商业出入口
R9
防雨百叶风口
5000
2
285.000
1/9
93400
10000
.0
9.900 (4.850) 3.320
N
200 2430 200
9.900
9.500
(9.000) 室外栏杆详 8.500室外栏杆详 -5- 十 -1 建总施 -5- 十 -1 建总施 绿地
10950X1200 风口底距板面 250
(9.880) 8.280
防雨百叶风口 9600X500风口底距板面 250
200
车行出入口01
0.5%%%
8
绿地
12
排风井顶盖
6 8400
5000 下11步 (踏步高 164)
室外栏杆详 建总施 -5- 十 -1
(踏步高 151) (9.900) 下 9步
(8.550) 8.500
900 200
800 2040300X10=3000 4280
8300
防雨百叶风口 6250X1200 250 风口底距板面
5 8400
R
8.280
8400
1780300X8=2400
(8.500) 8.280排风井顶盖
绿地
参见建施
10000
5 4.
18风井出板面做法 -77
P
4 室外场地排水沟
绿地
R
200 3020
Q
3
8400
参见建施
（相��高+9.350）
（相��高+9.859） 285.509
283.750
0.5%%%
2
18风井出板面做法 -77
3200 200
（相��高+8.100）
建筑控制线
(7.950) 6.450
i=
8%
3
4
5
7
6
9
10
11
12
6F 24.500
-9.150
5F 20.600
人行道
900 300
10200
76400
200 2900
室外栏杆详 5 -16.000 建总施 -5- 十 -1
6
7
9
-16.000
10
室外栏杆详 建总施 -5- 十 -1
11
4F 15.000
12
3F 10.000
Second Floor Plan
Ground Floor Plan
2F 5.000
1F ±0.000275.650
-1F -4.000
2
5
FM1222乙
7900
8300
G
7800
8400
6800
M1024
甲
1200 8400 8400 8400 51600
8400
0 98 20 14
8400
乙
400
400 29 39
8400
200 4250
100011001000
M1024 M1024
FMC1522
M1524
112610001600 1500
70 21
70
30 13
18
06
0 98
X-4
00 66
J
70 0 14 98 20 18 00 86
8400
20 18 00 78 0 00 23
30 13
G
70
7500
63 0
R1400 R2100
8400
98 0 14 63 0
R1400 R900
21
7
0 22
9
10
11
12
0 41
1200 1635630 2170 630 1820 980 1470665 665 1820 980 1820 980 2135 1200
8400 4
200 2500
1.42 m²
女厕
男厕
YM1024
1000
走廊
M1024
1000 300 300 1000
550 1500
办公 单元B-506
办公 单元B-505
R900 R900
R900R900
300
护窗栏杆，净高 1100, 栏杆Ø>40
300
（余同）
1200 1835 630 2170 630 1820 980 14701330 1820 980 1200
Basement Floor Plan
Tower B Typical floor plan
4620
980 2170 630 1820 980 14701330 1820 980 2170 630 1820 98011351200
8400
10200
8400
10200
38400
7
9
10
11
12
(58.100)
14F: 54.250
(54.350)
13F: 50.500
(50.600)
12F: 46.750
(46.850)
裙房屋
20.600
10200
15F: 58.000
4F 15.000 F
38400
8400
3F 10.000 21 15F: 58.050
(58.100)
14F: 54.300
(54.350)
13F: 50.550
(50.600)
12F: 46.800
(46.850)
2F 5.000
E
1F ±0.00027
8400
M1024
6150 5300
YM1024
4800
7100
办公 单元B-504
走廊 清洁间
烟气管井 厨房烟道 1.90 m²
ST4
M1024
5050
2 51
E
D
-1F -4.000
-2F12 -8.000 10200
弱电间 6.25 m²
450
1500 1050 1500
M1524
6.12 m²
200 2610 200 2090 500 125 2475 200 下24 步 上24 步 H-0.250 排风 H-0.250 YM0924 水井
M1524
FM0921 甲
400 1800
强电间
200 1000 1400 900 1350
3615
客梯 P-B4
1500 1000
1950 200 2150 2700
FM1222 乙
1200
FM1222 乙
电梯厅
1295 1340 1300
排烟 油烟管井
0.63m²2.93m²
M1524
550 1500
筒体大样详建施
1300 1520 1300 1235 900 1295350
客梯 P-B3
消防电梯 S-B1
风井
水管间 FM0921 丙
M1024
900 2195
FM0921 甲
风井
3555 4550
2720 100
11001000 1300 750
M1524
合用前室
10.92 m²
客梯 P-B2
YM0824
FM0821 丙
乙
YM0824
900
6.52 m²
下24 步 风井 客梯 P-B1
空调管井
1920
3200
2495
FMCK1522
前室
上24 步 ST3
1005
FM0821 丙
空调管井FM0921 甲
1800 1000 1500
400
M1524
°°
8400
新风井
2.47m²
排风井
1125
3358
M1524
走廊
茶水间（风机房）
排烟井
1.00m²
走廊
1500 800750 1500
1000 300 2200 200
7400
1535
4 20 02 018 M1 00 20 0
18 00
办公 单元B-501
Y=62760.850
1500
0 0030 10
00 65
办公 单元B-507
办公 单元B-503 办公 单元B-502
1680 300
66 90
Y-1
300
1400
4094
135 .00
R900 R900
R900 R900
0
4400
8400 C
1/13
90
70 21
30 0
X=71012.200
300
R2600R900
12 00
M1024
38400
A
4900
13
0 63
FM1122 乙
1200
1200 10200
4935 8400
9005501500 300
B
4900
8400
0 00 63 86 20 18 0 98
X=71034.515 Y-1 Y=62766.424
20 18 0 0 00 00 98 23 78 70 14 30 13 20 18 0 98
42 23
C E
00 66 28 60
X-3
8400
8100 绿地 -9.150
10200 1200 8400 980 1820 1330 1470984 1816 630 2170 13301470976 1820630 2174 980 14851200
200 1001500 900 1000
8%
4935
8
200 1800
Tower A Typical floor plan
D
i=
8400
10200 1200 10200 1200
6
5
人行道
4500
X-1
8400 39200
10200
6700
10000
39600 1200 10000 1200 10000
8400
3895 200
300 900
12
13 00
09 21
0
67 21
F
(2.120) 0.500 8%
(1.150) -1.100 276.877
10200
90 0
FM 甲 21 09
30 82
FM
甲
FM 09
90 055 090
21
13
Y=62743.969
276.282
11
4500
1300400
YM0824 FM1524 甲
1900
200 1900
05
X=71016.417
X-1
-7.380
0.200
200 200 2800 200
5274
M1524
1500 1050 1500
M1524
4800
乙 FMC1522
1500 2300
100010001000 3400
4400
办公 单元A-1311
办公 单元A-1301
200
-0.300
8400
10
K
30 10
X-2
10200
4055 0.5%%% （相��高+2.575） 278.225
i=
8400
9
2001800200
1000445 200
M1024
2805
M1024
250
1000 1195 1000
YM1024
M1024
4255
YM0824
1500400
办公 单元A-1310
室外场地排水沟
1.150
i=5%
用地红线
5400
人行道 室外栏杆详 建总施 -5- 十 -1
i=5%
(0.650) -1.100
2835 630 2170 63014701330 2170 630 1820 980 14701330 1820 980 2170 630 1820 980 1820 980 1820 980 2135 1200
200
200
200
8400 8400 8400 1200
00 10
8400
E
6600
00
(1.250) 0.200
(0.680) -0.400
R1400 R900
Y=62749.542
办公 单元A-1309
X-4
100 200 100 1500
FM1521甲
2150200 3200
6000 1200 200 20015003001900250
R9
(0.700) -0.400
260
X=71038.732
200
1200 8400 8400 8400 52800
1200
200 200 8400
8400 200 200
8400
7900 8100
8400
100 200 7600 6500
105800
2700
1200 2135 980 1820 980 1820 980 1820630 2170 980 1820 1330 1470980 1820 630 2170 1330 1470980 1820630 2170 980 1820 630 2170 980 1820 13301470 980 1820630 2835
FJ特 6634H>3H
FM1521甲
5100
200 3100 100
° °
100 100
200 2400 15001100 400
FM1524甲 FM0921甲
4 02 M1
M1524
5200
55 39
4 52 M1
00 015 0 55 50 00 15
4 52
50 47
-3F -12.50 1200
200 2002100 400
10200 -16.000
1500300 300 1000
M1
20 0
0.89m²
120011351330 2170 630 2170 63014701330 2170 630 1820 980 14701330 1820 980 2170 630 1820 980 1820 980 1820 980 2170 63011351200
7050 96000
7
M1024
19 00
排烟井
15F:59.550 (59.600) 14F: 55.650 (55.700) 13F: 51.750 (51.800) L
300
200 650 4000
6
走廊
M1524
50 31
0 20
7001000
(0.600) -0.700
(0.500) -1.400
室外栏杆详 建总施 -5- 十 -1
0.5%%% 下
2900
1/5
水管间
Y-3
900
5500 -16.000
8400
4
FM0821 丙
1500 802 FM1524 甲
6000
(0.530) -0.400
(0.300) -1.600
强电间
200 725800 875200 2074
ST2
300
10000
3
-6.350
0.5%%%
(0.120) -1.800
2850
风机房
10200
(0.100) -2.000
幕墙
0.700
垃圾间
室外场地排水沟
275.750
新风井 空调管井 该风井13F处楼板隔断
10.86 m²
下23 步
1135976 1824 980 1820630 2170 980 1820 13301470980 1820665 2140 1325
8400
2
3000
2
绿地
6300
下 5步 (踏步高 160)
室外场地排水沟 (2.600)
(0.320) -0.400
i=2%
(-0.050) -2.000
(踏步高 167) 3步 下
5
i=2%
合用前室
该风井15F处顶板隔断 排风 风井 风井 FM1122 乙 茶水间 该风井13F处楼板隔断 上23 步
D i=9.99%
200 2001500 260X4=1040 300 260X2=520 1160 1800200
(0.650) -0.700
详建施
室外栏杆详 -5- 十 -1 建总施
FM1222乙
M0924
M0924
FM0821丙
FM0921甲
260X4=1040 (0.600) -0.400
D
(0.140) -0.400
(-0.100) -0.400
1200 1800
FM1521甲
5200 260X2=520 200 200 2001500 980
i=15% L=19302mm
3990 260X6=1560 3700
i=7.5% L=3600mm
FM1222乙 FM1222乙
18002001900 1100 1800
FM1824甲
200 1001800100 200 1200
M1824
F
M1824
(踏步高 160) FM1521甲 5 下步
0.700
200 1150 350 200
400 900 300
1%%%
4800
4
绿地
(1.500) 1.450
地下车库出入口
4550
82
R360 0
M1
(-0.100) -1.600
室外场地排水沟
排烟井
卸货平台
下至一层
850 1300 650 200
4001100 1300 200
i=9.99%
2%%%
ST11 - 楼梯 -69
1
10 4.
17
65 50 0
20
FM1822乙
0 20
1800
200 3400
3920
00 26 坡道i=6.25% L=35923mm
i=9.99% L=34457mm
0 00 35
24 FM
5950 200 3100 4200 400 M1824
18 00 4
00
82
18
M1
6000
00
4
幕墙
绿地
空调水管井
(1.500) 1.450
截水沟
-4.650
1
下
0.400
(0.350) -0.400
(0.165)
0.5%%%
M1024
卸货平台 2002000120
车道起坡线-0.400 截水沟
Y-1
3
8400
FM1524甲
21甲 09 FM
15
22 18 FM
13 0020 350 0
M1824
4500 4650
M1824
1800 2150 1050 1800 61 45
M1824
82
30
7000
ST7
(±0.000) -0.100
商业零售
FM1222乙
21
FM1822乙
3001800 700 1800 650 2900 200
M1824
21
09
FM
FM
FMCK1522乙 M1824
FM1822甲
FM1822乙
1000 200 1800 900
09
5600
3950
FM1824甲
FM1521乙
200 2200 1000 1800
8400 100 100 4100 200
8400
4000 200 2750
105800
8400 5450
7500 800 100 8400
7500 6050
8400
2000 5501800 8400
M1
0 11 200 50 4
6600
4
82
82
商业零售
1%%%
273.50038
273.100
(-0.105) -0.155
200
M1
M1
上 10步
A
上
详建施
1470
(-0.100) -0.350 1% i= 商业入口
(踏步高 150)
15 274.050 50 (-1.600) 5 -1.750 商业广场 1% i=
6100
办公 单元A-1302
3
防雨百叶风口 2000*500 风口顶贴梁底安装 1300 2000
1:12
弱电间
2012.05
00824 54M1
门斗
商业主入口
5001800 1800500
(±0.000) -0.100
客梯 P-A9
2-2剖面�
4
00 27 9= 0X
4
客梯 P-A8
�名
82
i=
B
车道变坡线 下
ST7 - 楼梯 -61
M1
30 1%
82
客梯 P-A7
M
中国 重�市��院
前室
M1
ST4
F
防雨百叶风口 2000*1500 风口顶贴梁底安装
排风机房
消防控制室 无障碍坡道
2 43
�号
4
Y-3
M1824
00 2050
82
C
M1824
M1824
7.8m2
45 42
清洁间
弱电间
M1824
S-A2
电梯厅
日期
M1
商业入口
风
下
排风井 下3步
4001800
强电间
客梯 P-A6
消防电梯
E
FM1222乙 上
167) (踏步高
(踏步高 157) 7步 下
P-B4
1%%%
(1.000) 0.950
(1.000)
电梯厅 0.950 400 1000 1800
1300 1500 13006501050 1300 1500 1300
3650
Project-01015 No. Drawing No. -36
50
FM1822乙
3495
P-B3
办公 单元A-1308
筒体大样详建施
850 1300 1500 1300 1500 1300 1650 1300 1500 1300 1650 900 750 100 1900 200 200 200 1800 200
工程�号 2011jz
30
F
1800 855
合用前室 S-B1 13.95m2
走廊
FM0921 丙
�别
FM0921丙
4445
空调 管井
200 2450
P-A5
Drawing Name
M1
00 30
4 82
前室 6.47m2
此处建筑不利用 水管间
FMCK1522乙
上
00 33
1%
ES-02
下
G
11.04 m²
客梯
B
FM1524甲
200 100 400 1100 200
1720200 200 2200
上至二层
0.52m²
1800
FM1222 乙 合用前室
客梯 P-A4
中国重�
00 18
i=
3450 200
ST3
下
200 650 350
6600
车道起坡线
详建施-48
消防电梯 S-A1
客梯 P-A3
Chongqing China
0 R360
1/C
400
1%%%
B塔楼核心筒 2
走廊
风井该风井15F处顶板隔断
下24 步
女厕
排风 1.74m² H-0.250
H-0.250
90 67
i=1%
(±0.000) -0.050
上
1:12
G
FJ特 6634H>3H
100 100 500
1%%%
1:12
该风井13F处楼板隔断 上24 步厨房烟道 2.21m² 0.44m² 风井
该风井13F处楼板隔断 男厕
客梯 兼无障碍电梯 客梯 P-A2 P-A1
Date
1550
室外栏杆详 -5- 十 -1 建总施
G
无障碍坡道
单元A-1303
4.08m² 厨房烟道
清洁间 M0924 残卫 H-0.250
023-63862398 023-63862398
(踏步高 167) 6步 上
(±0.000=276.65) -0.100
上
(±0.000=275.65) -0.100
00 64
1%%%
24
1:12
下
(1.000) 0.950
2240
15
0.72m²
15F:59.500 (59.600) 14F:55.600 (55.700) 13F: 51.700 (51.800)
N
CHONGQING ARCHITECTURAL DESIGN INSTITUTE P.R.CHINA
商业中庭
(0.615) 商业入口 -0.885
FM
YM1024 排烟井
办公
M1024
No.31,Renhe Road,Yuzhong District,Chongqing,P.R.China
(±0.000) -0.100
2800
1550
D
3560
0 90 3= (踏步高 150) 0X0 3055 上 4步
0
M1524 走廊
2600
P
中国重�市渝中区人和街31号
D
ES-01
300
00 20
下
建筑控制线
1
11
1000
0
排烟井
1800 2000 1230 2000
3900
00 16 00
3450 200 350
H
7.5% 3600mm
(±0.000) -0.050
甲
200
65 21
ST9
详建施
M1524 M1524
M1024
M1524
90
18
(6.000) -0.400
商业零售
1800350 400
3800
5
商业零售
E
J
15% 25733mm
(0.270)
车道变坡线 0.220
ST9 - 楼梯 -65
地漏
4200 260X5=1300 24 14 400
1/J
下
1%%%
地漏
1000 电缆沟深 定位尺寸详电施
1000 200
施 Drawing建Sort
Y-0/1上 1%%%
53 00
0 70 35 24 M1824
2501800
室外排水沟
前室
7.08m2 FM1222乙
00
(0.600) -0.400 变配电房
60 30
5100
(±0.000) -0.050
单元A-1307
4500
ADD:
1%%%
排风井
1500120012001500
TEL:
1%%%
00 42
M1824
200 200 400 1100 1800
K
办公
单元A-1306
4500
地 址:
15
0
K
200
办公
办公 单元A-1305
3001500400 200 1000
� �:
20
L
9800
办公 单元A-1304
0 20
1%%%
-3F -12.500
R1400 R900
0 20
0 20
00 46
00
商业零售 X-1
绿地 i=6.66%
1%%%
8
（余同）
R1400 R1150
95
甲
ST5
(±0.000) -0.100
86
上 4步
6
22
0 00 23 00 46
M
0.5%%% (-0.895) -0.945
车道变坡线 地漏
15% 18900mm
00 15
(±0.000) -0.100
M
Y-1
4 82
2° °
详建施
00 150) 15 (踏步高
乙上
X-2
7.5% 11933mm
2#汽车坡道 详建施
-72 1%%%
地漏
00 66
00 17
FM1524甲
ST5 - 楼梯 -57
Y-2 1%%%
1%%%
X-4
甲
(±0.000) -0.050 X-3
22
N
挡墙底边线
00 97
排烟井
15
M1
.1
4
(±0.000) -0.050
0 10 27 00 87
FM
前室
10.12m2
00 40 ° 00° 45.
98
N
3000
0
前室
8.54m2
1600100
排风井
下至地下一层
-0.050 (±0.000)
1%%%
1%%%
弱电间
强电间
水管间丙 地漏
ST2
P
R12500
车道起坡线
27
Y-3
1%%%
1%%%
1%%%
检修通道
下
° 00° 45.
F
车道变坡线
(±0.000) (-0.270) -0.050 -0.320
85 .9 0° °
P-A9
空调水管井 空调水管井 合用前室FM0821丙 FM0821丙 10.27m2
G 5000
6600
B
FM1024
P-A8
FM1122乙
(±0.000) -0.100
(1.680) 0.180
P
4869
下至地下一层
FM1524甲
P-A7
上
上
商业零售
送风机房
车道起坡线 FJ特 6634H>3H
00 87
P-A6
下
ST6
送风井
详建施
i=7.5% L=3600mm
600
地漏
(±0.000) -0.050
FM0921丙
(±0.000)
FM1824甲 FM1822乙
J
R4600
送风井
1#汽车坡道
-71
1%%%
地漏
0 90 10 3= 0X 30
详建施
6600
1800 2900
1%%%
5
护窗栏杆，净高 1100, 栏杆Ø>40
m
空调水井 此处建筑不利用
乙
ST6 - 楼梯 -59
12% 321 67m
车道变坡线
L
1500350
FM1521甲
空调机房
i=7.5% L=3600mm
4
3
39200 10000 1200 8400 8400 10000 1200 1200935980 1820 634 2166 980 1820 1330 1470 980 1820 630 2170 980 1820 630 2170 980 1820 13301470980 1820 630 2170 6301635 1200
R12100
50015002501450 2002050 200
FMCK1522乙
合用前室
13.06m2
电梯厅 -0.050
S-A2
2001500 200 2750 200
1%%%
1%%%
(±0.000) (0.270) -0.050 0.220
A
200 850 1800 1000 2400 200 650 1800 850
K
7900
详建施
走廊
-2F -8.000
12500 300
800 200
200 3800 5050
M1524
下 FM1222乙
此处建筑不利用
1/14
12500 4300
Q
上至二层
地漏
1%%%
1%%%
FM1122乙
员工餐厅
L
1%%%
厨房烟道
上
S-A1
FM1524甲
厨房
地漏
(踏步高 150) 上 4步
200 1500 200 150 150
风
残卫
2 A塔楼核心筒 -39
650 1800
(±0.000) -0.100
1%%%
1%%%
1%%%
FM1024甲
3850
室外排水沟
1%%%
1%%%
200 300X3=900 100
ST1
清洁间 M0924
FM1524甲
3
14 8600 200 3400
车道起坡线
A
FM1524甲
8400
空调水管井 厨房烟道 M1024 尾气井
200 850 1500 1350
3350 200 2400
0.5%%%
150)上 (踏步高 4步
13 8400 5000
1%%%
M1521
6001500 1350 100 200 400 200 1000 400 200 3001800
6300
M0924
2001600300 200 1500 1250
FM1521乙
FM1524甲 FM1524甲
FM1524甲
2001700
6500
(±0.000) -0.300
8400
2001800200 1200 50 150 1500250 2501500
6300
FM1524甲 FM1524甲
2001500300 200 200 200 500 1500 200 700 800
12 5038
10200
配电房值班室
1000 电缆沟深 定位尺寸详电施
挡墙底边线
4
电缆沟深 1000 定位尺寸详电施
送风井
1000 电缆沟深 定位尺寸详电施
11
10800
地漏
5900
(±0.000) -0.050
FM1824甲
M
E
柴油发电机房 排风井
FM1521甲
送风机房
变配电房 (0.600) -0.400
100 200 1500
排风机房
送风井
防爆波电缆井
10KV专用配电室
300X3=900 2001600
FM1521甲
126.76 °°
8400
3300
8400
N
排风井
5008
1500
3300 200 100 11001500
2850 200 20015001050
P
FM1021甲
5
1/9
建筑控制线
10200
12% mm 28833
E
排风井 储油间
8
101000
10000 200 1250 15001050 200 100 5700
FM0821丙
(±0.000) -0.050
ST10 5038
排风井
8400
M0924
上
FM1824甲
8300
FM1522乙
6
8400
15001200 300
前室 9.40m2
22乙
5
10000 300 1200 300 1200 300 2850
FM1524甲
15
200 1350 2001800500 1001650200 2002000200 200
FM
下
3850
300 1200 300
250 20016501000
详建施
Q
4 5038
8400
200 200 200 900 1500 1800 1650200 2350 200 300
3
6300
200
2
1300
FM1524甲
0/11 ST10 - 楼梯 -67
C
A塔楼
B塔楼 105.260 103.400
140.500
2950
走廊
风 137.550 电梯机房
机房屋面
机房屋面
机房屋面
141.200
0
机房
2950
137.550
3850
屋面
屋面
4000
25F 95.600
3750
24F 91.850
3750
23F 88.100
3750
22F 84.350
3750
21F 80.600
3750
20F 76.850
3750
19F 73.100
3750
99.350
风
电梯井 戊类库房
电梯井
风机房 3900
0
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
0
133.700
3900
33F 129.800
3900
32F 125.900
3900
31F 122.000
裙房屋顶
20.600
办公
办公 22.000
办公
风机房风 电梯井 电梯厅电梯井
办公
卫生间
3900
0
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
0
3900
0
办公
风机房风 电梯井 电梯厅电梯井
0
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
3900
办公
层
3900
走廊 前室
办公
风机 房
29F 114.200
3900
28F 110.300
3900
27F 106.400
3900
26F 102.500
3900
25F 98.600
风 电梯井电梯厅电梯井 卫生间
3900
24F 94.700
3900
23F(避难层 ) 90.800
避难间
3900
3900
办公
风机房风 电梯井 电梯厅电梯井
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
卫生间
5000
2F 5.000
5000 1F ±0.000275.650
3900
3900
3900
3900
商�零 售
商�中 庭
3750
3750
16F 61.850
3750
15F 58.100
3750
14F 54.350
3750
21F 83.000
12F 46.850
3750
20F 79.100
11F 43.100
3750
19F 75.200
10F 39.350
3750
3900
18F 71.300
9F 35.600
3750
3900
17F 67.400
8F 31.850
3750
16F 63.500 153000 153000
7F 28.100
3750
15F 59.600
6F 24.350
3750
8600
3900
3000 153000
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
3900
3900
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
层
3900
走廊 前室
办公
风机 房
风 电梯井电梯厅电梯井 卫生间
避难间
3900
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
3900
14F 55.700
3900
13F 51.800
3900
12F(避难层 ) 47.900
3900
11F 44.000
3900
3900
3900
3900
风机房风 电梯井 电梯厅电梯井
办公
卫生间
3900
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
办公
风机房风 电梯井 电梯厅电梯井
卫生间
办公
3900
3900
7F 28.400
6F 24.500
3900
20.500
20.000
屋面
办公
风机房风 电梯井 电梯厅电梯井
卫生间
卫生间
卫生间
办公
空调机房
走道
商业零售
走廊
走廊
商业零售
走道
风井电梯井 电梯厅 电梯井
商业零售
走廊
走廊
商业零售
走道
此处建筑不利用 卫生间 风井电梯井 电梯厅
商业零售
走道
此处建筑不利用 卫生间 风井电梯井 电梯厅
走道
商业
商业
走道
商业零售
电梯厅
9.900
5000
5000 4.900
4.500
走道
商业零售
5000
5000
0
商业零售
-0.100
车道
车道
车道
此处建筑不利用 风井电梯井 电梯厅
变配电房
走道
车道
车道
车道
此处建筑不利用 风井电梯井 电梯厅
车道
车道
车道
4000
4500
0
此处建筑不利用 戊类库房 风井电梯井 电梯厅
集气室 进风滤毒室
6600
10200
8400
D
8400
E
7500
F
8400
8400
G
8400
8400
K
8400
L
8400
M
N
5F 20.600
5000
4500 -3F -12.500
-0.100
-0.615
2F 5.000
-1F -4.000
4000
-2F -8.000
走廊
办公
清洁间 卫生间 卫生间 走道
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
��
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
电梯厅
走廊
办公
电梯厅
走廊
办公
电梯厅
走廊
20.500
办公
走廊
商业
�机房
走道
商业零售
走道
电梯厅
走道 办公疏散通道
商业
4500
坡道
-3F -12.500
14F 54.350
13F 3750 50.600 103400 103400
弱电间
清洁间 卫生间 卫生间 走道
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
弱电间
清洁间 卫生间 卫生间 走道
办公
弱电间
卫生间 卫生间 清洁间
员工餐厅
5600
弱电间
卫生间 卫生间 清洁间
员工餐厅
5000
10.000
弱电间
商业零售
走道
电梯厅
1F ±0.000 275.650
-1F -4.000 16F 61.850 400012500 12500-2F -8.000 15F 58.100
坡道
�机房
12F 46.850
3750
11F 43.100
3750
10F 39.350
3750
9F 35.600
3750
8F 31.850
3750
7F 28.100
3750
6F 24.350
3750
5F 20.600
5F 20.600
办公
商业 商业
电梯厅
排风井
坡道
弱电间
电梯厅
4500
车道
地下车库
4F 15.000
4F 15.000
2%
卫生间 卫生间 清洁间
员工餐厅
卫生间 卫生间 清洁间
消防控制室
车道
地下车库
车道
坡道
车道
坡道
排风机房 弱电间
戊类库房 清洁间
电梯厅 车道
坡道
排风机房 弱电间
戊类库房 清洁间
电梯厅
电梯厅
办公制冷机房 车道
地下车库
3F 10.000
3F 10.000
5000
4.900
4.500
3.000
戊类库房 清洁间
排风机房 弱电间 地下车库
地下车库
5000
4000
车道
戊类库房
消防水泵房
车道
2F 5.000
2F 5.000
1F
5000
±0.000 275.650
1F ±0.000 275.650
-1F -4.000
10000
8400
8400
8400
4000
8400
10200
10200
8400
-1F -4.000
4000
-2F -8.000
4500
-3F -12.500
地下车库
2
3
4
5
6
7
9
10
400012500 12500 -2F -8.000
4500
-3F -12.500
8400
11
10200
36800
8400
2
3
12
13 8400
10200
10800
8
10
11
12
14
4500
-3F -12.500
9F 35.550
8F 31.800
3750
办公
洗手间
电梯厅
楼梯
办公
3750
8F 31.800
7F 28.050
3750
办公
洗手间
电梯厅
楼梯
办公
3750
7F 28.050
办公
3750
6F 24.300
办公
3750
5F 20.550
6F 24.300
3750
办公
洗手间
电梯厅
B塔 客梯 楼梯 P-B2
5F 20.550
3750
办公
洗手间
电梯厅
楼梯
裙房屋顶 4F
35550 355505550
22.000 商业
21.000
15.000 1800
Q
洗手间
电梯厅
洗手间
电梯厅 B塔 客梯 P-B4
商�零 售
1F 5000 5000 ±0.000275.650
0.795
地下车库
商业主入口
4F 15.000
电梯厅
-2F 12500 125004000 -8.000 4000
商�零 售
坡道
10.000
3F 10.000
10.000
2%%%
入口大 堂
5000 地下车库
办公主入口 9.880
楼梯 戊类 商�零 库房 售
9.669
9.575
地下车库
�机房
地下车库
�机房
��
2F 5.000 9.900
5000 坡道
11.050
1F ±0.000 275.650
5600
1000
戊类库房
�构 会 �
Countersign �气
电梯厅
戊类 楼梯 库房 商�零
戊类 库房
电梯厅
戊类 库房
楼梯
戊类 库房
楼梯
电梯厅
4000 �配� 房
售
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地下车库 �机房
4400
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4000
坡道
�机房
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-1F -4.000
400012500 12500 -2F -8.000
4500
地下车库
电梯 基坑 深度
4500
坡道
�机房
-3F -12.500 坡道
40001250
坡道
4500
暖通
�排水
Platinum, Suite 801 No. 233 Taicang Road Shanghai China 200020 Telephone 8621.6135.1900 Facsimile 8621.6135.1900
Gensler
085000439
金融街重�融拓置�有限公司
国�建筑����International Design Architect
建��位
5000289-012
� 引
N
国�建筑���� Gensler
Construction Unit
��主持人
注册��号�
International Design Architect Registered Credentials No.
合作���位
Director of the Design
5
国�建筑���� Gensler 建筑方案�� International Design Architect Designer of the Architectural Project 中国 重�市��院
4
Registered Credentials No.
注册印章号�
� 静 ����� Design Person 徐向茜 in Charge
Registered Signet No.
吴小西
曹�静
刘小梅
曹�静
� 引
Design
制 �
Drawing
校 �
Check
Examiner
� �
� 核
����
3
江 奔
2
金融街·融景中心
� in睿Charge Specialized Person
Version No
Project
版本号 1
工程名称
Approved
� 定
戊类 库房
戊类 库房
地下车库
商业制热机房
5000
咖啡
楼梯
电梯 基坑
电梯厅
洗手间
通讯机房 泄 爆 竖 井
填土范围
4500
洗手间
商�中 庭
4000
-3F -12.500 -2F12500 125004000 -8.000
走廊
卸货平台
泄爆口
±0.000 275.650
商�
员工餐厅
0.5%%% 商业门厅
商业次入口
绿化
555035550 35550
11.280
商业
450 商业
15.000
5000
楼梯
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国�建筑����International Design Architect
085000439
金融街重�融拓置�有限公司
5000289-012
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Construction Unit
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International Design Architect Registered Credentials No.
合作���位
5
国�建筑���� Gensler 建筑方案�� International Design Architect Designer of the Architectural Project 中国 重�市��院
Registered Credentials No.
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注册印章号�
曹�静
Director of the Design
吴小西
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江 奔
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工程名称
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� 核
2012.05
-37
中国 重�市�� 院
Date
�号
日期
3-3 剖面示意� 4-4剖面示意�
Examiner
Version No
�名
施 Drawing建Sort
工程�号 2011jz
�别
Project-01015 No. Drawing No.
中国重�
Chongqing China
Drawing Name5-5 剖面示意�
023-63862398 023-63862398
CHONGQING ARCHITECTURAL DESIGN INSTITUTE P.R.CHINA
No.31,Renhe Road,Yuzhong District,Chongqing,P.R.China
中国重�市渝中区人和街31号
Approved
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地 址:
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3F 10.000
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18F 69.350 4400
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4000
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2F 5.000
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11.050 20F 76.850
坡道
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22F 86.900
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12
14
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7F
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02 Nanjing Strait City Phaze I Zone A Sales Center mixed use | completed | site: Nanjing, China | GFA: 5,000 m2 FAR:1.1 - designer of concept design,schemetic design, design development package The sales center emerges from the landscape as an extension of nature into the pedestrian greenbelt. Measuring electricity generation from PVC panels providing building users a first-hand understanding of how sustainability impacts building usage. Design features of the building skin market and showcase the possibilities of sustainable technologies and architecture central atrium skylight for daylighting, indigeous planting green roof and PVC panels. The practical benefits of these technologies aligned with the aesthetics of the building create an embodiment of the synergies between sustainable devlopment and design.
Site Plan
North Elevation
Ground Floor Plan
South Elevation
West Elevation
Second Floor Plan
East Elevation
Section A
Section B
Section C
CONSTELLATION
设计理念
DESIGN CONCEPT
03
念 03 设计理 DESIGN CONCEPT
设计理念
DESIGN CONCEPT
03
核心
T HEART
Constallation | Global Network
04 总体规划 04 总体规划 MASTER PLANNING MASTER PLANNING
Birdview Night Shot
设计理念
03 设计理念 DESIGN CONCEPT
DESIGN CONCEPT
03
整合
YING GEOMETRY UNIFYING GEOMETRY Center Communication
Unifying Geometry
设计理念
DESIGN CONCEPT
04 总体规划 04 总体规划 MASTER PLANNING MASTER PLANNING
View from Plaza
View from Canteen
03
设计理念
DESIGN CONCEPT
03
Phase I Prototype
总体规划
MASTER PLANNING
园区单体建筑原 CAMPUS BUILDING PR
04
设计理念
DESIGN CONCEPT
03
Deconstruction
03 Huawei Wuhan
园区单体建筑原型 CAMPUS BUILDING PROTOTYPE 设计理念
DESIGN CONCEPT
03
Reconstruction
总体规划
MASTER PLANNING
R&D & Production Project Phase II
mixed use | Competition First Prize site: Wuhan, China | GFA:223,000 m2 FAR:0.8 - designer of concept design
04
Huawei institution campus focus on renovation, which as a result, makes a preliminary sketch in the predesign process. We envision a new prototype for Huawei Wuhan compus phase II that unifies working area with communication and entertainment space that allows for more collaboration among employee and ensures different departments are in harmony with each other, and not working at cross-purposes. A fusion with landscape, sustainable facade strategy, also promotes good health, arouses the enthusiasm of innovation and encourages positive working attitutes among employees. Situated in a climate zone of hot summer with cold winter, facade design focus on methods of improving energy saving effect by adding horizontal louvers on the south elevation, vertical louvers on the north elevation in the arrangement in accordiance with solar analysis that optimizes the effort.
园区单体建筑原型 CAMPUS BUILDING PROTOTYPE Unify
园区单体建筑原型 PUS BUILDING PROTOTYPE
New Prototype for Phase II
设计 05 单体 BUILDING DESIGN
单体设计
BUILDING DESIGN
一层平面
标准层平面-方案一
1st FLOOR PLAN
设计 05 单体 BUILDING DESIGN
05
TYPICAL FLOOR PLAN - OPTION1
单体设计
Ground Floor Plan
Second Floor Plan
标准层平面-方案二
BUILDING DESIGN
标准层平面-方案三
TYPICAL FLOOR PLAN - OPTION2
TYPICAL FLOOR PLAN - OPTION3
Third Floor Plan
Fourth Floor Plan
05
计
入口 ENTRANCE 入口 ENTRANCE 入口
Service lift/货梯 *2
Fire escape/ 逃生楼梯 Passenger lift/ 客梯 *4*2 Fire escape/ 逃生楼梯 Passenger lift/ 客梯 *4*2
Service lift/货梯 *2
Fire escape/逃生楼梯 *2
Service lift/货梯 *2
Passenger lift/客梯 *4
Fire escape/逃生楼梯 *2
Executive office/行政办公
Amenity/配套设施
Office/办公
Executive office/行政办公
Conference room/会议室
Amenity/配套设施
Office/办公 G DESIGN
单体设计
BUILDING DESIGN
ENTRANCE
05
2. Generate Louver Base on Solar Analysis 根据分析 生成遮阳板
plaza
plaza
plaza
plaza
plaza
Situated in a climate zone of hot summer with cold winter, facade design focus on methods of improving energy saving effect by adding horizontal louvers on the south elevation, vertical louvers on the north elevation in the arrangement in accordiance with solar analysis that optimizes the effort. This louver arrangement is, at the same time, adding a grandiant moverment on the facade facing the plazas on the campus.
1. Solar analysis 日照分析
2. Generate Louver Base on Solar Analysis 根据分析 生成遮阳板
0. Basic Form 基本形体
1. Solar analysis 日照分析
0. Basic Form 基本形体
Low Density/疏 值 45
High Density/密 High Density/密 ion
450 射峰值
wh/sqm
Low Density/疏 High Density/密 peak
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热辐
sqm m h/sq
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High Density/密
辐 n/热
4
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m
sqm 80wh/
49 射峰值
0wh/sq
qm 510wh/s
peak
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qm h/s w 600
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qm h/s
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w 550
峰值 辐射
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射 热辐
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pea
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/热辐
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wh/sqm
h/ 600w 峰值
High/高
peak
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h/sqm
0w 射峰值 53
High/高
peak
peak ra
peak ra
ion/热辐 peak radiat
sqm
Low/低
值 550wh/
North/北
on/热辐射峰 peak radiati
High Density/密
tion radia
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pe
500wh/sqm 0 峰值 55
n/热辐射峰值 射 tion/热辐 ak radia
peak radiatio
peak radiation/热辐射峰值 450wh/sqm
m
qm
450wh/s
s qm
qm
峰值 400wh/sq
射峰值
peak radiation/热辐射
ion/热辐
0wh/s
50wh/
辐射 峰值 5 热辐射 峰值 5 0
diatio n/
peak rad iat
peak ra
h/sq m
m
h/s qm
h/s q
h/sq m
50w
75w
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辐射 峰值 4
radia tion/ 热
diati on/热
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wh /sq m
h/s qm
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值4
辐射 峰
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56 0
SouthEast/东南
550wh/sqm peak radiation/热辐射峰值
/热
diati on/
射峰
值
m
h/s qm
570 w
580 w
h/s q
90w
Low/低
peak radiation/热辐射峰值 590wh/sqm
热辐 diation/ peak ra
peak radiat
h/sqm
550wh/sqm
High/高
值 500w /热辐射峰
/热辐射峰值
590wh/sqm
Low Density/疏
on peak radiati
peak radiation/热辐射峰值
k ra
k ra
pe a k
pe a
pea
热辐
dia tio n/
辐射 峰
值
值
热辐 射峰
/热
ati on
dia tio n/
ad i
k ra
kr
k ra dia tion
pea
pe a
k ra
热辐 射峰
/sqm
00w h
辐射 峰值 6
热辐 射峰 值5
k ra dia tio n/
pe a
pe a
atio n/热
diat ion /
r ad i
k ra
pe a
pe a
pe a k
Low/低
peak radiation/热辐射峰值 610wh/sqm
peak radiation/热辐射峰值 630wh/sqm
峰值 650wh/sqm
peak radiation/热辐射
/sqm
630wh/sqm
值 610wh
ation/热辐 射峰
High/高
peak radiati on/热辐射峰值
Low Density/疏
peak radi
Low/低
peak radiation/热辐射峰值 590wh/sqm
peak radiation/热辐射峰值 570wh/sqm
峰值 550wh/sqm
500wh/sqm
High Density/密
peak radiation/热辐射
peak radiati on/热辐射峰值
/sqm
值 450wh
ation/热辐 射峰
wh/sqm
0wh/sqm
h/sqm
500w
峰值 40 0
辐射峰
热辐射
iation/
peak radi
peak rad
ion/热
辐射峰 值
s qm
50wh/
辐射 峰值 5
radiat ion/热
radiat ion/热
peak ra diat
peak
pe a k
MASTER PLANNING
总体规划
East/东 Low/低
Low Density/疏
NorthEast/东北
East/东
SouthEast/东南
Low/低
Low Density/疏
04
ADING ANALYSIS South/正南 SouthWest/西南
Wes t/ 西
04 Surrealist Museum in DMZ Instructor: Ferda Kolatan, Hart Marlow | Fall 2013 site: Seoul, Korea
Site of DMZ
Blurring Silhouette
Dissolution Presence with Lands
Site Plan
Inside-Out
Inside-Out
Observatory
Blending with Surroundings
Surealism Exhibition
Observatory
Observatory
Material Interweaving
Senerity
Dissolution
Peacefulness
Sureality
For the past half century since the agreement was signed, the Korean DMZ has been a deadly place for humans. However, the natural isolation along the 155 miles length of the DMZ has created an involuntary park which is now recognized as one of the most well-preserved areas of temperate habitat in the world. With respect for the existing serenity and peacefulness of the site, we achieved our project through a tactical dissolution of the object based on the blurring of its silhouettes and the dissolution of its presence. We locate our building in this place facing water and with hills on the back, and a tidal marshes with ever-changing landform. The rising tide would bring water up and flow along the land and permeate through our building, which is consciously designed to welcome this interaction. The museum tour is imbued with extraordinary experience overlapped with environment. In addition, an observatory is specificly designed to feel the site: its precious peacefulness and an invisible tense atmosphere, which conducts a completely different advanture from traditional gallery experience. Elaborate material selection is another adding to the surreal quality of our museum. When moving forward, people encounter the outer corten layer, the inner concrete and the construction core. As the geometry is twisting and folding, there is the interweaving of the three distinct material, casting an another layer of ever-changing sensuality. The palm print texture and the flesh alike curvature wall are trying to remind visitors' memory of war.
View towards Seoul
Showroom
Restroom
-3.00
dn
Showroom
0.00 Showroom
0.00 Showroom
-3.00
-2.40 Garden
dn
dn -0.30 Entrance
Parking
0.00 Lobby
Void 0.00 Cafe
Information
Void
dn
-3.00
-3.00
0.00 Showroom
Void
0.90 Garden
dn 0.00
1.80 Showroom
-3.00
up -1.05
0.00 up
Kitchen 2.10 Garden
0.90 Water
Cafe
-2.85
Void
-1.95
-1.20
-3.75
-1.05
0.00
dn -2.85
0.00
Showroom
-1.50 Garden
Void
-1.05Outdoor Possible Event -0.90 up
0.00 Cafe
-1.65
Outdoor Possible Event
dn
-1.80
up
-1.95
-2.10
-0.75 -0.60
Void
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up
1.35
Water
Void
PLAN
2.10 dn
1.80 Media
Void
Observatory
Observatory Section
Observatory Interior
05 Floating Coral
Arctic Ice Generator and Methane Catcher site: Arctic | Winter Break 2014
In the Arctic, three problems are compounding one another: emissions causing global warming, sea ice loss causing accelerated warming, and methane releases further accelerating Arctic warming, with the danger of triggering runaway global warming. This project functions as Arctic ice generator and methane catcher that alleviates such process while at the same time providing houses for thousands of aboriginals. If we isolate a vast water body with huge biopolymer surface around the building under the water, and stretch tentacle-like thin layer nanofilration biopolymer tube to filter the salt out of the water body, seawater with low salt content has a relatively higher freezing point, making the supercooled seawater more easily to freeze. Some frazil ice on the surface and vibration form wave and wild will trigger the supercooled water to sheet ice. the pressure-dependent depression of the freezing point of seawater can lead to the formation of supercooled seawater near the surface adjacent to large, thick, floating Antarctic ice shelves. Once sea ice forms into sheet ice, it continues to grow through the winter. And the ice producing process will prevent the ice sheet melting during the summer. In this case, it remains until the following winter, when it grows and thickens. And meanwhile, the collected salt can be used as the melton salt battery or energy storage material, which could provide the heating and electricity of the building. Moreover, during the sea ice formation, the brine will be excluded through brine channel, and the polymer filter surface will collect these salt for further use.
increase heat reflection newly formed ice sheet cover
-2℃
Section
biopolymer methane molecule
polymer nanocomposite
Site Plan
methane thin layer nanofiltration film using engineered bio-polymers for seawater desalination
highly stable porous bio-polymer networks with exceptionally high gas-uptake capacities for methane adsorption
highly flexible polymer nanocomposite with low water permeability for temporary water processing plant
fold
heat
lt
fold polymer nanocomposite into sea water container
collected salt to use as the melton salt battery or energy storage material, providing heating and electricity of the building
unfold polymer nanocomposite used as methane adsorption and preventing methane escaping from the water
ld
d
fol
un
sa
sea water
intake sea water through nanofiltration tube
salt
unfo
d
fol
newly formed ice
Inside House Component Rendering
06 Inside Out
Design of Indefinite and Socially Vibrant Dwelling Sixteen Week Graduate Project | Spring 2011 Instructor: SHI Yongliang site: Shanghai, China GFA: 20,200 m2 FAR:4.5
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39
we are facing with NEW PRIVACY
From interviewing four housing types in Shanghai - the traditional local settlement "Lilong" and later adopted middle-rise appartment (one stairs-six units and one stairs-two units) and high-rise appartment, we conceived the ironic paradox - with a seemingly growing number of public space per capital, it accompanies with more alienation between people. The vibrant community life is disappearing: neighbours no longer acquiented with each other. This is what we called NEW PRIVACY
Residential type
Public space horizontal distribution neighbour scale
Public space horizontal distrubution unit scale
As sadness hit us and mo inflence of architecture, I public space - centralized scale community space ne - efficient vertical const accomdate growing popula
Public space vertical distribution
home management chatting
50%
peddling dining
1949
50%
1949
Shanghai "Lilong" house
sunning clothes
Experiment
less than 1m2/P
Increased Rent
Land Policy Alterations
less than 1m2/P
2009
2009
lack
1999
100%
1989
High-rise appartment
1999
5%
1989
95%
1979
1979
middle-rise appartment One stair-two units
“Gandalei� Work Unit People Housing System Commune Movement
30%
1969
70%
1969
middle-rise appartment One stair-six units
Work Unit Housing System
1959
1959
gardening
otivated us to explore the underlying governing came to realize changes in the distribution of public space is replacing the traditional humanear houses ruction is becoming the inevitable reality to ation
inplant community space
the SPACE uniformity
blur boundary of private and public
15.2m2/P
cooperate as structure
3.9m2/P
Co m m unic atio n A m ong Peo pl e
front
current paradigm
proposed strategy
as a connector of function
the WALL
lic Pub
“Sansanzhi� Policy
Real Estat
6.1m2/P
as a seperation
as a fluid transition of inside and ourside
as a dynamic medium of possible events/acitivities/communication
side
perspective
ce S pa Near Residents
ital Cap Per Public Squares
Housing Policy for Low Income
Commercial House System
Afflordable Houses
Economic Forth
"Tianjing" space in traditional Shanghai "Shikumen" house a semi-enclosed yard with access to eight/ten units + a fluid transition / continuity to nearb a skylight + expension in both horizontal and ve a in-between space + a blurred boundary between inside group consciousness shared usage of front yard conceived as inside extension
back"Tianjing"
void
sensitive to outside interaction among neighbours doors are seldom closed windows facing each other "Tianjing"
plan of "Xingrenli" a typical Shanghai "Shikumen" house first floor
42
first floor pl
void
second floor
favor of outdoor activities bathing in the sun
sunning clothes
dining and gossiping
second floo
by units to promote communication ertical dimension to a more open environment and outside to encourage outdoor activities
COMMUNITY SPACE IN-BETWEEN
lan
third floor plan
eleventh floor plan
or plan
tenth floor plan
twelfth floor plan
43
UNIT TYPE Lifestyle is changing rapadly; there is no single model. - the woman has joined the working world and consequently her role in the home has been reduced - smaller apartment - unit type A/C - the young generation has converted appartment to working studio - studio - unit type B/D - huge development of new technologies applied to the world of work and services that make telework, teleshopping, possible from home itself - live work - unit type D/F/J/K - the elderly have been rehoused in the old people's homes - houses connected with courtyard and convenient services - unit type I - unstable couples leading to a growing number of people who live alone - smaller private space with easy access to community space - unit type A/B/C/D -growing demand for job mobility -greater possible degree of flexibility - less need of private space "for living" - easy access to community
Section
A affordable one bedroom
B affordable one studio + courtyard
D affordable one bedroom + one studio
E big studio
G small office + front community space
H small office + back comunity space
J live work + courtyard
K live work + backyard
M office + front community space
N office + back community space
C+O
C+F
C+i+E I+M+E
I+L+M
E+O
e
c affordable two bedroom
F family + one studio + backyard
I senior house + backyard
L small office + skylight
O community space
M+E
C+D+F+O
C+D+K
Section Perspective
In-between Space Rendering
48
07 A Fluid DYNAMISM
design of continuous and overlapping art experience
Eight Week Fourth Year Studio | Fall 2009 Instructor: ZHOU Xiaohong site: Shanghai, China Site Area: 35,000 m2 FAR:1.2
49
Ours is a time of DIVERSITY
The function of meseum has been evolved -from mono art appreciation to multi experience -from plural educational purpose to vibrant social medium -from government sponsorship to individual management -from singular demography to the entire society calling for simultaneity of individual events in open structure. Meanwhile, I considered the impact of the singular upon the collective should not as "part of a whole". but rather as specificity "interconnected with the whole"
Improvisatori Art Exhibition Relevant Retail Workshop
M
“Tianzifang”
4
13
1
37
S 132
1998
xs
26
Street art Shanghai museum
140
84
anytime 1952
Media
140
“M50” EXPO China Pavilion
M
L
250
2004 2010
220
0
50
25
program count
people groups
art retail food&beverage residential workshop media
kids young generation mid-age the elderly
Performance Appreciation Relexation Participation Experience
Work shop
Art A ppre c i at ion
ce rien e p x E Media
Media E xperien ce
Relexa tion
n atio eci r p Ap
participatio n food beverage
ce Experien
Part icipa kshop tionWor
Relexation
Education
Artist
Lecture
Improvisatori
Performance
proposed new paradigm simultaneity of various events associating with each other interconnecting to the whole in a open fluid structure
diagram: visiting experience 51
detached form - open plaza back to community
continuous floor - continuous experience
in addition to spacial loop, I proposed
DIFFERENT NODES AND CROSSES
Each hosts specific activities, with independent circulation and dinstinct characteristic, interwined by the main spacial loop. In this way, diversity speaks of combination, interlinkage, co-existence and simultaneity. nodes and crosses
overlapping space experience
e xa
t
ion
g ree n roof re l
or
ks
+art appreciation +relexation +entertainment
w
ar
p
nicat
c omm u
ho
expe m e d ia
e rienc
ta pp re cia tio
n
node A: workshop perticipation
io
n t ertainment
nc
io
ex pe ri e
rag
e
at lex re
e
n
ar
i or at is ov pr m i t tis
e
art a pp ric ia
n
n tio
node B: media experience
+art appreciation +improvisational performance
node C: food beverage relexation
+art appreciation +blurring inside outside
food b eve
wo
op sh rk
m
ed ia
cip rti pa
on ati
m
o pr
vi s
i
on
t ar
a t or
iati ec pr ap
art a pp re cia tio n
tist I
ar
visiting circulation 52 &vertical connection
node D: improvisational performance
+art appreciation +blurring inside outside
exterior
interior
Jounery Ends with access to roof garden
Jounery Starts 53
section perspective 54
55
interior scene : spacial loop
interior scene : nodes and crosses
interior scene : entry 56
57
a network of connectivity achieved by the center cores self-supporting facade 58
planar force distribution
facade detail
FACADE AND STRUCTURE We have grown up in a world of rigid containers, with scarce movements and deflections, while the natural universe is based upon flexibility and mutations-the bird's wings, the branches of trees. We are surrounded by mobility and transformations. -Hoping structure and architecture can following this reality, I proposed an experiental structure integrate with natural movements. -Facade here is not a singular element of architecture, but rahter speak as combination of structure and interior experience. -With self-supportive facade eliminating the necessity of traditional beam-column system, providing interior flexibility and continuous experience 59
60
08 LANDSTRATEGY
a new discipline of ground
Eight Week Fourth Year Studio | Spring 2010 Instructor: CHEN Hong site: Shanghai, China Site Area: 55,000 m2 FAR:4.2
61
site between Tongji University and residential district
existing flow1: dormitory to studio
existing flow4: residential to outside
existing flow2: dormitory to classroom
existing flow3: outside to office
existing flow5: outside to art gallery
existing flow6: residential to green plaza
program on the site
a "platform" rather than a "site"
The site consists diverse program, but by lacking of community space, each demographic population conforms a settled while independent flowsinteraction among people is scarce. In addressing the issue, I proposed a kind of topographic operating system
proposed site weaving
62
01 a urban garden?
02 a plaza?
03 FAR requirement?
04 inclined roof (accessible) respond to campus flow
05 inclined roof (accessible) respond to residential flow
06 opening towards square
07 opening towards green plaza
08 opening to implant landscape
09 opening towards art gallery
10 inclined roof view corridor
a platform weaving the site
site plan 63
PLAN2
PLAN3
SECTION1
garden inbetween
SECTION3
SECTION1
64 program arrangement
SECTION2
HALL EVENT
GARDEN+EVENT
GARDEN+EXHIBITION
PLAZA+HALL
SERVICE
STAFF
STUDIO
GALLERY
KID’S READING
READING
RESTAURANT LECTURE
CAFE&SHOPS
POSSIBLE EVENT
horizontal blurriness
SERVICE
+STUDIO+TERRAC E+POSSIBLE EVENT
CE+CAFA+TERRACE
CAFA GALLERY+TERRA
GARDEN+READING +GARDEN+KID’S READING+
PLAZA+EXHIBITION+
CAFA&SHOPS
EVENT+GARDEN+
EVENT+POSSIBLE
HALL+PLAZA+EXH IBITION+GARDEN+
SERVICE
GARDEN+STAFF
TERRACE+STUDIO
TERRACE+GALLERY
GARDEN+KID’S READING
GARDEN+READING
PLAZA+RESTAURANT GARDEN+LECTURE
GARDEN+CAFE&SHOPS
GARDEN+POSSIBLE EVENT
PLAN1 program required
EXHIBITION
PLAN3
GARDEN&PLAZA&TERRACE
section A second layer topograph section B SECTION3
SECTION2
section D
vertical blurriness
PLAN2
PLAN1
section 1 section 2 section 3 section 4
section 5 section 6 section 7 section 8
section 9 section 10
studio (+16.00)
gallery (+13.50) plaza(+10.00)
+0.00
plaza(+6.00) accessible green roof(+0.00) entrance hall (+0.00)
exhibition(+8.00)
plaza(+6.00)
+8.00 cafe (+6.60)
library (+1.00)
plaza(+0.00)
65
the AMBIGUITY between the ground and the envelope. Rather than addressing the two elements in the classic opposition, I delved to explore the INDETERMINATION between them. Architecture no longer appears as a vertical, active entity constructed over the horizontal, passive ground plane. The ground becomes an active, constructed plane where the architecture emerges as an improbable, fluctuating figures, giving the ambiguity between the surface and the space, between the two dimensional and the three-dimensional.
The new ground is neither abstract nor neutral and h concrete and differentiated. It is neither figures nor backgrounds, but an operating sys many possible events.
ev ble sib i s os os a P a P Plaz Plaz
accessible green roof scene 66
tion Lobby Exhibi
Cafe
e ac err T o t
homogeneous, but
Ent ran ce
to Exhibition
Plaza
e to Terra c
Cafe
y ller Ga to ce
nt ve
to Hotel
Te r r Plaza to
a
ac e Terr
to
l Ga
ry le
t ra Cafe to En
nc
e
stem that activates
north plaza scene 67
68
First Floor Plan
Second Floor Plan
Interior Scene Rendering
69
Facade Rendering
70
Facade Rendering
Interior Rendering
71
总 总体 体规 规划 划
04
on going
undergraduate projects
competition first prize
MASTER MASTER PLANNING PLANNING
under construction
graduate projects
体 总 体规 规划 划 04 总 MASTER MASTER PLANNING PLANNING
built
tion Lobby Exhibi
to Hotel
e to Terra c
Cafe
professional projects
a Plaz
Selected work of Siyang Yu 2006 - 2014
72
e ac err to T
to Exhibition Plaza
t en ev le sib Pos
to
y ller Ga
ce
academic projects
Ent ran ce
Cafe
Te r r Plaza to
a
a Terr
ce
to
Ga
r lle
Cafe to En
Education
University of Pennsylvania, USA Aug 2013 - Present Master of Architecture Post Professional Degree, expected May, 2014
Tongji University (TJU), Shanghai, China
Work Experience
Sep 2006 - Jul 2011 Bachelor of Architecture, 2011
Gensler Shanghai office, China Designer, Jul 2011 - Jun 2013
Project: Financial Street Rongjing City, Chongqing, China Under Construction, Jul 2011 – Jun 2013 | GFA: 106,000 m² FAR: 13.6 | Mixed use
Project : Huawei Wuhan R&D & Production Project Phase II, Wuhan, China Competition First Prize, Sep 2012 – Nov 2012 | GFA: 223,000 m² FAR: 0.8 | Research and Development
Project :Huawei Chengdu R&D & Production Project Phase II, Chengdu, China Competition First Prize, Jan 2013 – Feb 2013 | GFA: 440,845 m² FAR: 1.0 | Research and Development
Project: Jinji Lake Super High-rise Proposal, Suzhou, China Competition First Prize, Ongoing, Aug 2012 – Jun 2013 | GFA: 200,000 FAR: 22 | Mixed use
Gensler Shanghai office, China Intern, Nov 2010 - Apr 2011
Project: Shimao Strait City Sales Center, Nanjing, China Complete, Nov 2010 – Apr 2011 | GFA: 5,000 FAR: 1.1 | Mixed use
EXH Design, Shanghai, China Intern, Aug 2010 – Oct 2010
Project: Shanghai Roche Expansion, shanghai, China Awards
2nd Prize in Aalborg Portland Architecture Scholarship Contest, Nov 2010 Excellent Award in 2010 Autodesk Architectural National Competition, Sep 2010 3rd Prize in Participation in EXPO2010 Competition, Jul 2008 Excellent Student Scholarship of TJU, 2006, 2008
Activities
Volunteer of the Habitat Design
Skills
Complete, Aug 2010 – Oct 2010 | GFA: 16,700 FAR: 1.2 | Office
Excellent working knowledge of CAD, Rhino, Maya, Sketchup, Vray Rendering, Maya Rendering and Adobe Suite Proficient with parametric tools such as Grasshopper, Python scripting, Processing scripting and Rhino scripting Experience with sustainability tools, Ecotect, Vesari Experience with Revit
Mar 2012 – Aug 2012
Supported by Gensler and shanghai government Aimed to improve the living conditions of low income families
Volunteer commentator at Shanghai Museum Volunteer for Shanghai EXPO 2010 Mar 2010
Fluent English and Mandarin
Mar 2008 – Sep 2008
Siyang Yu 4106 Locust Street Philadelphia, PA 19104 (215)921-1005 clairenysy@gmail.com 73