Contents
Part 1. ACADEMIC AND INDIVIDUAL WORKS 1.1. Shenzhen Youth Center Renovation and Expansion Competition 2nd Place, 2010
1.2. Maritime Culture & Research Center Competition Entry, 2016
1.3. Space Curator Competition Entry, 2015
1.4. Tower-slab System For Housing Estates Studio Project,Rice School of Architecture, 2017
Part 2. PROFESSIONAL PROJECTS 2.1. Office building of Shenzhen Municipal Bureau of Human Resources and Social Securities Shenzhen CUBE Architecture Design Office Ltd.
2.2. Vanke Qianhai Enterprise Mansion Shenzhen Huahui Design CO.,LTD
2.3. Office Tower in Tian'an Cyber Park Shenzhen CUBE Architecture Design Office Ltd.
2.4. OCT Tower Shenzhen CUBE Architecture Design Office Ltd. & HENN Arkitekten
2.5. Complex at Qianhai Bay's Integrated Transport Hub Shenzhen CUBE Architecture Design Office Ltd. & HENN Arkitekten
Part 3. APPENDIX
PART 1. ACADEMIC AND INDIVIDUAL WORKS
Shenzhen Youth Center Renovation and Expansion Competition 2nd Prize/Shenzhen, October 2010
CONTRIBUTION: Concept 50%/ Modeling 70%/ Rendering 90%/ Graphic 30% Collaborator: Katharina Borgmann
YOUTH FACILITIES
DAJIALE THEATER
YOUTH FACILITIES
MUSEUM/GALLERY
THEATER COMPLEX
YOUTH FACILITIES
SZ VOLUNTEER MUSEUM LOW CARBON EXPERIENCE CENTER ART GALLERY RENEWED DAJIALE THEATER OUT-DOOR STAGE LIVE HOUSE REHEARSAL ROOM INSTRUMENT STORE HOBBY/INTEREST GROUP ROOMS DESIGN STUDIO ART STUDIO SCI-TECH STUDIO SPORTS TRAINING SZ&HK YOUTH EXCHANGE CENTER STAFF OFFICE STAFF CANTEEN SHOPS AND RESTAURANTS MEETING ROOMS MUTI-FUNCTION HALL
OPEN FLOW/TEMPORARITY
GROUP ACTIVITY
HABITAT OF YOUTH CULTURE
CIRCULATION NETWORK
PRIVACY
RESURRECTION OF THE STAGE The stage named as Dajiale Theater is originally created by self-organized art performances ever since 1986, its name literally means “everybody be happy together”. It is regarded as a public symbol in Shenzhen during 1980-1990‘s, which helped to establish a close relationship between the migrant workers and their new home. In order to keep the memory the theater, the renovation of the stage kept its original orientation and characteristics. The stage still open to the city and public, meanwhile, an interior audience hall is attached, which makes it a professional repertory theater. 3
GROUND FLOOR PLAN & THEATRE SECTION 1. Hobby and interest group room 2. Art studio outdoor gallery 3. Sports training 4. Sci-Tech group 5. Restaurant and recreation
6. Lobby of administration office 7. Dajiale Theater 8. Audience hall 9. Lobby of museums 10. Lobby of art studios
11. Instrument shop 12. Lobby of SZ/HK youth exchange center 13. Entrance of underground parking 14. Entrance of metro station 15. Parking lot 4
YOUTH CULTURE HABITAT These group of buildings eventually blend themselves into the city as a whole. The open space that links the city and Lizhi park to the southwest suggests intersections among different group of people, which will enhance spontaneous public events. The superimposition of various activities in old and new buildings would successfully create colorful urban life experience. 5
6
SPACE CURATOR
Competition Entry for Prince Bay Parkside Gallery, 2015 Contribution: Concept 60% \ Modeling 40% \ Graphic 50% Collaborator: Liu Yang
SITE
C
ity
un
m
om
erc
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Po
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commercial
landscape
residential
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ape
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SITE
dsc
Co
commercial
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Aeroview, OMA, 2012.
Ro ad
Co
commercial
Master Plan, OMA, 2012.
mm
erc
ial
et
Po
cke
t
ck
Po
commercial
landscape
residential
Lan
SITE
dsc
Poc
ket
commercial
ape
ity
un
m
m
Co
Co
commercial
Ma in
Shekou Container Terminal Shenzhen, 2012
mm
erc
ial
Po
Lan
SITE
dsc
Poc
ket
ape
Poc
ket
commercial
commercial
Legend
Commercial
eP
Ma
ritim
ock
et
Residential
Landscape
Axis
Expand Horizon
Legend
Commercial
eP
to M
Ma et Landscape
Legend
Connection
Commercial
ong
huH
acao
ritim
ock
Residential
eP
Ko
ai
ng
ock
et
Residential
Landscape
Circulation
Public Space
Stilt Floor
Original Box
Connect Exterior
Split Facade
Place Structure
Organize Circulation
NODE AMONG THE 'POKECTS' Located right next to the planned cosmos-like commercial pocket,the 700m2's 'cultural space' is proposed as a node which establishes connections between the huge pockets, the small building stands right on the urban intersections instead of stands alone, thus providing it with authentic and lively public characteristics. This particular urban strategy can also vitalize the surrounding urban space. 15
t
commercial
landscape
residential
to H
ritim
cke
ck
to Z
Ma
Po
et
THE SPACE CURATOR The building is composed of a multi-function gallery, a bookstore and cafe, the overpasses connects it with its gigantic neigbours.The hall is equiped with a mechanical floor to make maximum use of its limited area, providing specific space that suits different events. 16
GALLERY SECTION
SKYLIGHT AXON
ROTATABLE PLATFORM CLOSEUP
TECTONICS 'BUILDING MACHINE' The very constructing technique, material, and details are inspired by industrial elements and productions, which once represents the spirit of man-made place of its site. Especially, the platform is designed as mechanical system that can be rotated in respond to different events, which makes the maximum use of its limited architecture area, and turn the building into a “machine” for exhibition and performance. 17
18
TOWER-SLAB SYSTEM FOR HOUSING ESTATES 2017 SPRING STUDIO PROJECT
Margaret Everson-Fossi Traveling Fellowship 2nd Place
INSTRUCTOR: Albert Pope COLLABORATOR: Xiaoyun Ni CONTRIBUTION: Concept 50%, Modeling 60%, Darwings and diagrams 50% Rendering 100%, Physical model 20%.
19
SEARCH SPACE I / Field Aggregation Slabs were the first phase of house developments in Shatin, Hong Kong in 1960s. This old type of Shatin housing create an open ground floor condition and self-contained community with amenities and shopping facilities. In late 1970s, dense towers started dominating the new generation of residential buildings. Towers constructions in recent decades have been intended to provide more housing units for the strikingly increased population in Shatin. However, the loss of slab type has led to disappearance of a unique community life framed by slab space. Different from the pervasive tower plus podium type, slabs allow more dynamic street life and spontaneous events. As the old types are about to reach their 50-year’s lifespan and will be reconstructed in the near future, we believe worth the effort to re-evaluate the slab type, and question the ‘either slab or tower’ condition, in hope of finding new housing types that offers adequate density and provide both living and urban space of quality. SLAB 1 OPERATION / scale
SEARCH SPACE / PLAN
CENTRAL SQUARE / PERPENDICULAR SLABS
SLAB 2 OPERATION / scale+move
PODIUM / reduce
TOWER / reduce and rotate
SEARCH SPACE / AXON
BOULEVARD SQUARE WITH TOWERS ON PERIMETER / HORIZONTAL SLABS
STREET SQUARE WITH CONDENSED TOWERS / VERTICAL SLABS
20
SEARCH SPACE II / Vertical Stacking The plans are also generated with a simple search space. They are later selected and grouped into six basic chunks, each can be considered a unique small community. It is flexible to stack them vertically to form towers and slabs, and this leads to a number of variations at building scale. As for criteria, slabs are intentionally maintained simple and highlighting horizontal lines; meanwhile, chunks with less private outdoor space will be designated with more public space. In addition, certain chunks are especially suitable for connecting space, and therefore always appear at the joints of slabs and towers. Based on, the system generates plenty of possibilities and variations, yet can be very selective in specific conditions.
Public Void Proportion: - ground floor - transition/joint
0.27
TOWER OPTIONS
TOWER-SLAB ASSEMBLY
21
public
private
Public
Semi-Public
Semi-Public
Semi-Private
Private
Void Proportion: 0.22 -ground floor -podium condition
Void Proportion: 0.14 -compact housing -with collective space
Void Proportion: 0.14 -compact housing -with public terrace
Void Proportion: 0.14 -family housing -with private patio
Void Proportion: 0.05 -compact housing -with private balcony
SLAB OPTIONS
TYPICAL VERTICAL STACKING AXON
Semi-Private - 2* Studio 234 sqft - 1* 1BR 468 sqft
- 1* 2BR(p)468 sqft - 2* 3BR 625 sqft
Public - commercial use - community service
Private - 4* Studio 234 sqft - 6* Studio(b) 234 sqft
Semi Private Patios
- 2* Studio 312 sqft - 1* 1BR 468 sqft
Public Space Roof Garden
Public Space Podium Private - 4* Studio 234 sqft - 8* Studio 312 sqft
- 1* 1BR
468 sqft
Collective Terraces Private Balconies
Public - commercial use - community service
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FIELD AGGREGATION This type of aggregation can exploit the features of both tower and slab and avoid some of their drawbacks. Arranging slabs in one direction would never create confined large space, and the combination of towers and slabs can achieve much higher F.A.R. than the current slab model. They are placed into two different sites in Shatin as in-fill and replacement. The urban space of different scale and program, the shared space in the buildings managed to establish a continuous/ transitional spatial experience from large to small, from public to private, thus may suggest that slabs can still has its value as a housing type and a urban element, and together with towers and other type of buildings, they may create a more coherent, diverse, urban model.
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PART 2. PROFESSIONAL PROJECTS
Office building of Shenzhen Municipal Bureau of Human Resources and Social Securities 2009-2015
ROLE IN THE PROJECT: Design Architect(2009-2010), Project Architect(2010-2013) CONTRIBUTION: Concept 50%/ Schematic Design 50%/ Design Development 30%/ Construction Coordination 30%/ Team Management 40% Team work in Cube Architectural Design Office LTD. Supervisor: Tu Jiang Collaborator: Michael Khoeler/Enrico Kremp/Zheng Mingying
GOVERNMENT FOR THE PUBLIC Government buildings has never failed to attract the public as symbols of political propaganda in contemporary China, they are treated like advertisement more than architecture. In this design, I with my team made our effort to challenge this paradigm of architecture and politics, we believe that architecture can influence social behavior, by articulating public space and its connections with other parts of the building, it may even break down those perceived social hierarchies, (e.g. officials to ordinary citizens) and create a socially equitable space, eventually become a building that serves its people and inspires public life.
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Establish Public Streets
Massing/Public Program
Urban Park and Roof Garden
Inner Yards and Atrium
Lifted Office Building
Proposal Isometric
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1.
5.
3. 4.
2. 5. 6.
B’
C’
A’
B
A
C
1. Social Security Service Center / 2. Interior Street / 3. Conference Center / 4. Test & Training Center Hall / 5. Exam Room (Classroom) / 6. Canteen
SECTION A-A’
SECTION B-B’ 31
SECTION C-C’
32
Vanke Qianhai Enterprise Mansion 2013-2015
ROLE IN THE PROJECT: Project Architect CONTRIBUTION: Concept 70%/ Schematic Design 60%/ Design Development 50%/ Construction Coordination 30%/ Team Organization 80% Teamwork in Shenzhen Huahui Design Co., Ltd. (HHD_Shenzhen) Supervisor: Xiao Cheng
FORESEE THE UNFORESEEABLE This picture of our working model perfectly depicts the context of this design: another sophisticated urban block to be “airdropped” in the middle of a new town that build from scratch. Concerning the unpredictable future of the new town and the consequential waste of resources, in this design I try to find dynamic balance in an unstable environment, and reflect a city’s natural growth cycle at the same time by a open framework. 35
MASTERPLAN FOR 2013 / F.A.R.=1.1
HIGH DENSITY SCENARIO 2025 / F.A.R.=6 36
ASSEMBLY OF PREFABBED MODULES AND STEEL BEAM
PREFAB WALL PANEL TO STEEL BEAM ASSEMBLY 400
200
45厚挤塑保温板
PC板墙 (详专业设计图纸)
3mm铝背板
结构柱
50厚保温棉背带薄箔 深灰色铝单板 (详专业设计图纸)
150 100
20 180 100
80 200 110
700
2F 5.000
后浇反槛
滴水
结构柱
结构挑梁(详结构图)
250
厚型防火涂料
200
400
200
结构柱
3mm镀锌钢板
后浇反槛
100厚防火岩棉封堵
100
2F
结构梁
深灰色铝单板 (详专业设计图纸) 空心砌块(镂空砌筑) (详专业设计图纸)
楼4
PC板墙 (详专业设计图纸)
150 100
170
612.5
280
楼4
结构梁 结构柱
厚型防火涂料
350
200
RECONFIGURABLE CONSTRUCTION SYSTEM The system is designed to be flexible to adapt to different functions, furthermore, it can be disassembled and reassembled in another site or recycled for future development. As the life cycle of these ‘temporary’ buildings prolongs, the tremendous waste of resources are prevented correspondingly. This system is mainly composed by permanent cores and prefab modules, together with a small portion of on-site steel structure. 37
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Office Tower in Tian'an Cyber Park 2010-2012
ROLE IN THE PROJECT: Project Architect CONTRIBUTION: Concept 90%/ Schematic Design 80%/ Design Development 50%/ Construction Coordination 50%/ Team Management 80% Team work in Cube Architectural Design Office LTD. Supervisor: Qiu Huikang Collaborator: Lin Xinhai/ Zhan Xiongtao
EXPLICATED FACADE Located in an office park, the tower offers open plans for tenants. Simplicity, Transparency, Innovation, Uniqueness, Efficiency are implemented in the design. The facade, particularly, is articulated in a simple and efficient way: all casements are hinged windows covered by louvers, the transparency of glasses is maximized since no casements will be installed on them. By explicating the function of each parts of the facade, a unique yet innovative architectural figure is achieved. 41
1
2
2300
1280
800
1300
800
1300
800
4
8400
1300
800
1300
800
1300
800
1300
800
5
8400
1300
800
1300
800
1300
800
1300
800
8400
1300
800
1300
800
1300
800
1300
800
2400
1300
800
1300
800
1300
800
700
3000
1300 600 1300
D
600 1300 600 1300 600 1200
C
4300
8300
8300
5950
1200
600 1200
1200
1300
600
1300
600
办公单元 A OFFICE UNIT 549.63m2
9600
1300
600
1300
600
600 1300
600
1300
600
1300
1300
700
700
600 800
3
8400
2650
1500 600 1300
600
1300
B
600 1300 600
A 3000
700
1300
600
1300
1300 700
1300
600
1300
600
600
1300
9600
1300
600
办公单元 C OFFICE UNIT 252.30m 2
1300
600
1300
600
办公单元 B OFFICE UNIT 254.33m2
600
1300
600
1300
1500
1200
OPEN TO BELOW
600
1200
GARDEN
600 800
1280
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
1300
800
700
TYPICAL FLOOR PLAN / DESIGN DEVELOPMENT
42
2100
4400
1300
Aluminum Panels
775
1175
Elevation of North Facade
650 650
100
600
1300
600
1300
1300
600
1300
600
1300
DETAIL PLAN/ WEST FACADE
675
100
1175
3900
1950
100
1300
650 650
WALL SECTION/ NORTH FACADE 43
100 100
640 640
60 60
1400 1400
100 100
640 640
DETAIL PLAN/ NORTH FACADE
60 60
1300 1300
100 100
640 640
60 60
44
OCT TOWER 2013
ROLE IN THE PROJECT: Competition Team Leader of CUBE Architect CONTRIBUTION: Concept 40% / Modeling 50% / Team Management 80% / Graphics 30% Team work in Cube Architectural Design Office LTD. , collarborating with HENN Architekten, Buro Happold Supervisor: Tu Jiang Collaborator: Wu Shaowen/ Wei Sun/ Ralf Donnar
INTEGRATION AND RECONCILIATION Located in a dense urban area, there is an emergency to reconcile the tower with the existing surroundings. A slender rectangular base geometry created a narrower depth that promotes natural lighting, also, it reserved more open space for the roof of the podium which is articulated as a public landscape and is extended across the site to connect the existing office building of the client. The scheme effectively integrates architecture, landscape, urbanism and sustainability, creating a contemporary public space for the citizens.
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9
设计概念 体量分析 设计概念 体量分析
Concept MASSING Concept DIAGRAM MASSING DIAGRAM
矩形三角形划分 rectangular geometry 矩形三角形划分 triangulation RECTANGULAR GEOMETRY
角点内移几何形式细分 node push in 角点内移几何形式细分 geometry tessellation NODE PUSH IN
TRIANGULATION
GEOMETRIC TESSELATION
RECTANGULAR GEOMETRY TRIANGULATION
NODE PUSH IN GEOMETRIC TESSELATION
曲线化最小曲面 curve profile 曲线化最小曲面 minimal surfaces CURVE PROFILE MINIMAL SURFACES CURVE PROFILE MINIMAL SURFACES
经过分析之前一个矩形形式被选为确场地设计中最效的平面形式。通过 As recognized before a rectangular base geometry was selected in 对平面形式的定义，将矩形两边的角点向中心平移，细分形成塔楼的建 order to ensurebefore the most interesting base architectural intervention for the MASSING ARTICULATION 经过分析之前一个矩形形式被选为确场地设计中最效的平面形式。通过 As recognized a rectangular geometry was selected in 筑形体。新的节点形式作为形体基础，在之间创建最小曲面，形成独特 site. was then faceted with the architectural form definingintervention nodes on the 对平面形式的定义，将矩形两边的角点向中心平移，细分形成塔楼的建 order This to ensure the most interesting foredge the 由直线元素构成的柔软曲面。 pushed in was toward thefaceted centerpushed pointthe creating a geometrically 筑形体。新的节点形式作为形体基础，在之间创建最小曲面，形成独特 site. This then with form defining ontessellated the edge The basic massing was faceted with the form defining nodes on the edge in toward thenodes center tower. The new node points of thiscreating form where then used as the geo由直线元素构成的柔软曲面。 pushed in toward the center point a geometrically point creating a geometrically tessellated tower. The new node points of this form where then usedtessellated metric basisnew to create the minimal surface between, creating a unique tower. The node points of this form where then used as the geoas the geometric basis to create the minimal surface between,ofcreating a uniquecomplimented form comprised ofcurves. form straight elements soft metriccomprised basis to create the minimal surface between,by creating a unique
straight elements complimented by soft curves.
设计概念 最小曲面分析 设计概念 最小曲面分析
form comprised of straight elements complimented by soft curves.
Concept MINIMAL Concept SURFACE DIAGRAM MINIMAL SURFACE DIAGRAM
geometry grid 几何形体网格顶视图 TOP VIEW top view GEOMETRIC GRID 几何形体网格顶视图
straight 直线连接前视图 line connection FRONT VIEW front view STRAIGHT LINE CONNECTIONS 直线连接前视图
TOP VIEW GEOMETRIC GRID
FRONT VIEW STRAIGHT LINE CONNECTIONS
straight直线连接右视图 line connection RIGHT VIEW right view STRAIGHT LINE CONNECTIONS 直线连接右视图 RIGHT VIEW STRAIGHT LINE CONNECTIONS
curvature create by straight lines 从直线创造形成曲线透视图 从直线创造形成曲线透视图 PERSPECTIVE CURVATURE CREATED FROM STRAIGHT LINES PERSPECTIVE CURVATURE CREATED FROM STRAIGHT LINES
MINIMAL SURFACE
最小曲面作为塔楼设计的核心设计手段。最小曲面功能本质上是以直线 One of the key principles used in the design of the tower follows the 元素来创造一个曲面的效果。所形成的曲面是由一系列直线元素构成。 clear mathematical principles Thefollows minimalthe 最小曲面作为塔楼设计的核心设计手段。最小曲面功能本质上是以直线 One of the key principles usedofinthe theminimal design surface. of the tower One of the key principles used in the design of the tower follows clear mathematical principles 这个系统将一个错综复杂的外表本质，在现实建造过程中却是很简单。 surfaces function the in principles essence to the impression of aof curved sur元素来创造一个曲面的效果。所形成的曲面是由一系列直线元素构成。 clear mathematical ofcreate the minimal surface. The minimal the minimal surface. The minimal surfaces function in essence to create the impression of a curved face although it is in solely comprised of straight elements. illusion 这个系统将一个错综复杂的外表本质，在现实建造过程中却是很简单。 surfaces function essence to create the impression of aThis curved suris formulated an comprised arrayis of formulated straight elements whichan in sequence surface although it is solely comprised of straight elements. illusion through face althoughthrough itThis is solely of straight elements. This illusion create appearance ofarray curved surface. This system to give an array of straight elements which in sequence create thethe appearance of aa curved surface. This system is formulated through an of straight elements whichaids in sequence intricate appearance while being very simple to construct and realize. create the appearance of a curved surface. This system aids to give an aids to give an intricate appearance while being very simple to construct and realize.
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intricate appearance while being very simple to construct and realize.
50
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标准室内空间 Sky gardens give break out spaces to the users of the OCT Tower. While
Facade Facade GREEN GREEN VOID RIBBON VOID RIBBON
拔空空间
室内绿色庭院
Facade Facade SOUTH SOUTH EAST ELEVATION EAST ELEVATIO
they allow contact with external environment through natural ventila tion. They act as a thermal
面 Facade 立面 SOUTH ELEVATION
-
最小
最小 Min
面菱形板角度与结构相同。不同大小的重叠可以满足不同朝阳的遮阳性能。 Circulation Zone cade Panels are rhombus panels that take their angle from the structure. Space variable dimension overlap can be formed to enable the shadingInterior performance of e facade to be tailored to the orientation.
面处理用高性能玻璃g-0.2反射漫射光 Green Voids e base facade will treat against diffuse radiation, through high performance glass 立面 Facade 0,2. 南立面 SOUTH ELEVATION 据不同朝向的立面的菱形板重叠部分会提高立面遮阳性能。 epending on orientation the overlap will be increased and a fritt applied to the glass increase the shading performance Facade Panels are rhombus panels that take GREEN WEAVE GREEN WEAVE SKY PARKS SKY PARKS APPLICATION APPLICATION RESULT RESULT eir angle from the structure. 立面菱形板角度与结构相同。不同大小的重叠可以满足不同朝阳的遮阳性能。
最大
最大 Max 最小
最小 Min
Facade Panels are rhombus panels that take their angle from the structure. A variable dimension overlap can be formed to enable the shading performance of the facade to be tailored to the orientation.
135
VOID SPACE
视线设计 视线设计 VISUAL CONECTION VISUAL CONECTION
立面处理用高性能玻璃g-0.2反射漫射光
最大 green environment as pos最大 Thewas base facade will treatwhich against diffuse radiation, high performance glass A series of voids created aimed at through preserving as much of this 最大 最大 空中花园提供多层之间的 空中花园提供多层之间的 0,2. sible even withgthe intervention of a large tower. The concept diagram explains how a green ribbon is 视线联系 视线联系 华侨城大厦建筑概念设计 东立面及北立面 Max Max 依据不同朝向的立面的菱形板重叠部分会提高立面遮阳性能。 垂直 Skygardens offer visual offer visual 立面 Facade East Skygardens and North Facades used directly with theontowers tobestitch itand into surrounding context, basically linking itself Depending orientation design the overlap will increased a frittthe applied to the glass between 日照表现 SOLAR PERFORMANCE 立面 Facade coinection coinection between 垂直 北 ELEVATION 东 to increase the shading performance Facade Panels are rhombus panels take 南立面that SOUTH Vertical multiple multiple and levels and North levels East 立面性能 into the remaining parkland while creating a unique user experience. Facade Performance their angle from the structure. enhance interaction enhance interaction OCT TOWER - Building Design Proposal
一个有效的遮阳解决方案将应用于每个立面, 同时优化自然采光如下图所示。 A tailored solution will be applied to each facade to maximise the effectiveness of solar protection, whilst optimising daylighting based on the diagram below.
Facade Performance Development
由于不通的日照条件每个朝向北，南，东，西都有不同的遮阳及性能要求 Each orientation N,S,E&W has different shading and performance requirements due to the different exposure to solar radiation and shading measure
东立面及北立面 East and North Facades
Direct – Block - External shading & Form 直射光-阻挡-室外遮阳 北
Diffuse – Reduce transmission - Performance glass – low g-value 漫射光-减少传输-玻璃性能-low g-value
理想化不同朝向遮阳 Idealised Orientation Shading 西
北
低 Low 太阳高度 Sun Altitude
遮阳 Shading Measure
日照分析：最少直射光，主 要为漫射光 Solar Exposure: Minimal direct, mainly diffuse radiation 东 遮阳： G值高表现 East Shading: High performing g-value
North/South
早晨阳光直射空中大堂 West Sky gardens are exposed to morning direct sun
高 High
北最小 North
最小
垂直 垂直 Vertical
最大
最大 Max
最大
最大 菱形板 Max
Rhomboid Shaped Panels
遮阳：竖向遮阳及室 垂直 垂直 内窗帘遮阳 Vertical Shading: Vertical shading and internal blinds
最小重叠 最小重叠 Minimum Overlap Minimum Overlap
Solar Exposure: Low angle direct sun 遮阳：竖向遮阳及室 内窗帘遮阳 Shading: Vertical shading and External Blinds室外遮阳 blindsglass Goodinternal g-Value
日照分析：最少直射光，主 Min 要为漫射光 Solar Exposure: Minimal direct, mainly diffuse radiation 遮阳： G值高表现 Shading: High performing g-value
East 东 日照分析：低角 菱形板 度太阳直射 Rhomboid Solar Exposure: Shaped Panels Low angle direct sun
Low
East 东 日照分析：低角 度太阳直射
北立面接受到漫射光 Northern facade receives constant diffuse radiation
1. External Blinds室外遮阳 2. Good g-Value glass 高性能玻璃 3. Internal Blinds 内遮阳
西向低太阳高度 Low sun from westerly setting sun 立面菱形板角度与结构相同。不同大小的重叠可以满足不同朝阳的遮阳性能。 Facade Panels are rhombus panels that take their angle from the structure. A variable dimension overlap can be formed to enable the shading performance of the facade to be tailored to the orientation. 早晨阳光直射空中大堂 立面处理用高性能玻璃g-0.2反射漫射光 Sky gardens are exposed The base facade will treat against diffuse radiation, high performance glass to morningthrough direct sun g- 0,2. 依据不同朝向的立面的菱形板重叠部分会提高立面遮阳性能。 Depending on orientation the overlap will be increased and a fritt applied to the glass to increase the shading performance Facade Panels are rhombus panels that take 北立面接受到漫射光 their angle from the structure. Northern facade receives constant diffuse radiation
北 North
西向低太阳高度 Low sun from westerly setting sun
立面朝向 Facade Orientation
华侨城大厦建筑概念设计
东 East
North
光如下图所示。 he effectiveness of gram below.
OCT TOWER - Building Design Proposal
最大重 Maximu
最大重叠 菱形板 Maximum Overlap Rhomboid Shaped Panels
最小重叠 Minimum Overlap
最大重叠 Maximum Overlap
1. External Blinds室外遮阳 1. 2. Good g-Value glass 2. 高性能玻璃 高性能玻璃 3. Internal Blinds 内遮阳 3. Internal Blinds 内遮阳
西立面及南立面 West and South Facades 西 West
阳
日照最强在西南立面面向 太阳的部分 Most intensive radiation on SW panels as facade angles towards sun
南 South
窗骨龙 玻璃
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窗骨龙
h 分析：高太阳角
玻璃
xposure: ngle sun 水平遮阳及室内遮阳 g: ntal shading and blinds
通过自遮阳来减少光照 的影响 Radiation reduced by self shading effect building form
Mullion Glass Panels
西 West 日照分析：西侧低太 阳角 Mullion
窗骨龙
Mullion
玻璃
Glass Panels
Solar Exposure: Low angle westerly sun 这样：竖向遮阳及室内遮阳 Glass Panels Shading: Vertical shading elements and internal blinds 室外遮阳 exterior Shading Panel 板根据不 varying size depending 同朝向大 on orientation of panel 小不同
南 South 日照分析：高太阳角
室外遮阳 exterior Shading Panel 板根据不 varying size depending 同朝向大 on orientation of panel 小不同
防火隔断 Spandrel Panel
Solar Exposure: High angle sun 遮阳：水平遮阳及室内遮阳 Shading: Horizontal shading and internal blinds
防火隔断 Spandrel Panel 140
FACADE PERFORMANCE DEVELOPMENT 142
49 141
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OCT TOWER - Building Design Proposal
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OCT TOWER - Building Design Proposal
华侨城大厦建筑概念设计
华侨城大厦建筑概念设计
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Complex at Qianhai Bay's Integrated Transport Hub 2013
ROLE IN THE PROJECT: Competition Team Leader of CUBE Architect CONTRIBUTION: Concept 50% / Modeling 50% / Team Management 80% Team work in Cube Architectural Design Office LTD. , collarborating with HENN Architekten Supervisor: Tu Jiang Collaborator: Michael Khoeler/Wu Shaowen/Ling Xinhai
URBAN MEGASTRUCTURE The development consists of a public transport hub, retail, office and housing in a vast plot. In order to break down the scale of the masterplan, three epicenters of different program are created and linked by a central axis. The massive blocks are then broken down and connected by a series of small tributaries. A range of spatial experiences from (human scale to urban mega-structure) are created by this planning structure. 53
Preexisting site condition
Unification of plots Epicenter identification
Zone Connection Central Axis
Central Axis
East-West Connections
Human Scale Tributaries
Greenery extension from park
Elevation iteration
Plan iteration/ Green canyon
PLANNING CONCEPT 54
THE TRANSPORT HUB The division between underground and overground programs is eradicated by pulling the ground condition down to the ICE train lines, resulting in natural light and visual connections being formed between the different programmatic partitions. Accordingly, the roof was pulled up in a counter movement to the main concourse in order to create the grand hall of the hub. 55
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PART 3. APPENDIX
URBAN PATCHES: MISSION HILL FOR BI-CITY BIENNALE OF URBANISM/ARCHITECTURE, SHENZHEN & HONG KONG, 2007
CUBE 10×10 EXHIBITION AT BAUHAUS-UNIVERSITY WEIMAR& TU DRESDEN, 2011-2012
VANKE QIANHAI ENTERPRISE MANSION FOR BEIJING DESIGN WEEK, BEIJING, 2015
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MUSEUM FOR ARTIST WU SHANZHUAN, 2008
SONGZHUANG ARTIST RESIDENCE, 2008
AFFORDABLE HOUSING IN SONG ZHUANG, 2008
B-TEC MULTI GROUND CITY, 2011
CHONGQING TIAN’AN CORPORATE CAMPUS, 2012
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MUSEUM OF ART IN GUANGXI, 2009
CLUB HOUSE FACADE,CONFIDENTIAL, 2011
WONGTEE CENTER IN SHENZHEN, 2012
SHEKOU TOWER RENOVATION, 2014
SHENZHEN BIOTECHNOLOGY CAMPUS, 2012
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QIANHAI INNOVATION BUSINESS CENTER, 2014
SHENZHEN BAY “SUPER CITY”, 2014
CES TOWER, 2014
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