#PORTFOLIO# Author = "Bingze Li" #B.arch Qingdao University of Technology# _Apply = The Bartlett School of Architecture of University Collage London _SelectedWorks = 2016-2021 _Candidate = 2021 _Email = G827636387@GMAIL.COM _Application Number = 21161563
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THE ULTIMATE RESTRAINT CAN BE THE ULTIMATE FREEDOM
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CONTENTS
01-Weak Link
4
02-Soft Touch
18
03-Wind Wave
30
04-No Boundary
42
05- Other Work
56
An Invisible Bridge
Shared House of Three-Generation
3D Spatial Print Research
The Sports City
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01 Weak link - An Invisible Bridge
The Rifat Chadirji Prize for Architecture 2020 A living pedestrian bridge over the Nile ideas competition 2020 spring Site: Cairo-Egypt Group Work Instructor: Dan Li Collaborator: Zitong Wang, Zeyang Zhang Contribution: Research 33%, Concept 33%, Strategy 35%, Archirecture Design 80%,Drawing 30%, Rending 50%, Structure Analysis 100%, Handmade Modeling 80%
The project is a pedestrian bridge next to the 6th October Bridge in Cairo, Egypt. Although the citizens of Cairo often Walk and Worship on both banks of the Nile River, the original bridge only has a single traffic function. Therefore, we hope to provide a new pedestrian bridge with Living Function for the public. As a result people can have a better experience here. The design of the bridge is expected to provide an access for people to get closer to the Nile River, so the concept of Weak Connection and the method of blanking are used to let people contact with nature and interact with the Nile River in the middle of the bridge. In the evening, when the cool wind on the Nile River blows through the building, and people will feel the natural breath, alleviating the discomfort caused by the hot climate. In order to reduce the impact of buildings in the environment of the Nile River, the bridge does set No-Pier in the Nile River. In order to ensure the rationality of the scheme, the structure is calculated and optimized by Karamba3D, a parametric structural analysis software.
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Site Analysis
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City Augmentation
Islamic Cairo (1888) Old Cairo Greater Cairo (2020) New Cairo Nile River
The Strong Boundary
Cairo’s Evolution
The Strong Interference
Massing Generation
The Weak-Boundary between city life and nature makes the bridge transparent and Vanishing. So the citizens of Cairo can feel the breeze and enjoy the amazing sceneries of the Nile River when crossing the Bridge.
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Site Plan
Texture Sequence
Cairo Tower
Park
Mosque
Garden
6th Oct Bridge
Parking Lot
Hotel
Inner Space
Tahrir Square
Function Layout
Museum
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Section & Floor Plan A
A
D
D
B
B
E
E
C
waiting
retail
A
A
B
gallery
C
D
F
D E
E
B
waiting
The space on both ends of the bridge
coffee books
hall
dining hall
dining hall
dinin
G
C
C
The space on both ends of the bridge
The space on both ends of the bridge
G
The space on both ends of the bridge A
C
A
D
E
coffee
waiting
B
E
B
etail
waiting
A
A
B
C
B
First floor
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A: Retail store B: Dining hall C: Open space D: Gallery E: Bookstore F: Rest space G: Viewing
D
F
dining hall
D
E
books
E
Second floor
dining hall
dining hall
A: Retail store B: Dining hall C: Open space D: Gallery E: Bookstore F: Rest space G: Viewing
The space on both ends of the bridge
dinin
View In Bridge
This opening part in the middle of the bridge creates a new space for people to contact and interact with the Nile River. Everyone can have full contact with nature. It has also become a new point to view the city.
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Exploded Axon
Pedestrian Fast Flow Pedestrian Slow Flow Elevators Escalators / Stairs
On both ends of the bridge, the space is divided into two floors and several areas for restaurants, shops, cafes and other functions. Lifts and elevators are placed in the Core Tube for visitors to enter and this space is divided by partitions to provide a wider space for customers. Activities such as performing and exhibitions could happen here. The middle part of the bridge is an open viewing platform.
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Physical Model
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Aerial View
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Structural Design
Arch Force Simulation After the stress analysis, the traditional steel frame could not meet the design of No-Pier in the middle of the bridge. The stress and deformation of the bridge is improved by simulating the Arch Bearing System of the traditional bridge and strengthening the local components on both sides of the bridge along the arch-like curve.
Zurich Railway Station The bridge pier extends into the ground along the archlike curve.The force of the bridge is transferred into the ground through the bridge pier. The base is fixed into the earth and balances the self weight of the bridge through the asymmetric design.
Structure System Top View
Left View
The Top Section Bottom View
Front View
The Side Section
Section Optimization
16\
Back View
Base Design
Structural Explode Axon
Con cre
ckle
rm
t Bu
latfo
cre
late
te P
sion
pen
cre
te P
Con
Con
Sus ge
Brid The main structure of the bridge is divided into two parts: Metal Truss Structure and Concrete Platform. The metal truss combines to the base through the Concrete Plate and the joints on both sides are reinforced by two Concrete Buttons.The Suspension Bridge suspended on the grid is the passage of the middle part of the bridge.
Finite Element Calculations and Deformation Analysis
Powered by Karamba 3D
2.39e+02
2.09e+02
1.79e+02
1.49e+02
1.19e+02
8.95e+01
5.97e+01
2.98e+01
0.00e+00
-4.89e+01
-9.77e+01
-1.47e+02
-1.95e+02
-2.44e+02
-2.93e+02
-3.42e+02
-3.91e+02
Load: 14kn/m Maximum axial force -391Kn/m2~239Kn/m2
1.62e+02 1.42e+02 1.21e+02 1.01e+02 8.10e+01 6.07e+01 4.05e+01 2.02e+01 0.00e+00 -2.81e+01 -5.62e+01 -8.42e+01 -1.12e+02 -1.40e+02 -1.68e+02 -1.97e+02 -2.25e+02
Load: 14kn/m Maximum axial force -162Kn/m2~225Kn/m2
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02 Soft Touch - Shared House of Three-Generation 2018 Spring Site: Asakusa-Japan Individual Work Instructor: Shiyuan Chen
Due to the disappearance of the traditional form of Three-Generation residence in the Japanese family structure, the Single-Old-Person Households and Single-ParentHouseholds are growing rapidly. Moreover, they are facing greater difficulties in life, which brings huge pension pressure and childbearing fear to the whole society. So this new shared house for three generations is designed to deal with this problem. Continuous Public Space, independent Rest Space, hidden Office Space and Open Space on the top floor make it possible for residents to choose being contacted or isolated. Taking Children's Activities as a link, this pattern connects all the people together, and builds a New Soft Contact Relationship of three generations. It is a place for everyone. The elderly and children can be taken care of. The young ones can get experience from the elders. The single-mothers can work independently. Everyone can help each other to live, reducing the pressure of life, and easing Social Anxiety.
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Analysis of social problems This Diagram analyzesproblems the main problems of Japanese society and looks for the direction to be improved Analysis of social
Social Problems Analysis
This Diagram analyzes the main problems of Japanese society and looks for the direction to be improved
This Diagram analyzes the main problems of Japanese society and looks for the direction to be improved Ageing of Ageing of population population
Pension Pension pressure pressure
Economic Economic growth growth
Social Social competitive competitive pressure pressure
Unemployment Unemployment Rate Rate
Birth Birth Rate Rate
Productivity Productivity Innovation Innovation
Negative Negative circulation circulation
Family Family income income
Life Life Pressure Pressure
Divorce Divorce Rate Rate
Family Family Conflicts Conflicts
Fertility Fertility Intention Intention
Family structure Family structure Transformation Transformation Social security Social security
Positive correlation Positive correlation Negative correlation Negative correlation
Separated Separated Living Living
Household Type changing and Life Situation Household LifeofSituation Data from theType official changing website of theand Ministry health, health and labor of Japan
Household Type Changing and Life Situation Data from the official website of the Ministry of health, health and labor of Japan
Data from the official website of the Ministry of Health, Health and Habor of Japan Old Couple Oldperson person Couplewith withchildren children Single parent with children Three-generation-family Single parent with children Three-generation-family
Government guarantees as Government as a percentageguarantees of total income a percentage of total income
Save less than 1 million Save less than 1 million
No debet No debet
Single old person
1986 1986
2017 2017
No kid Single parent with children
One kid Three-generation Two kids More than 3 kids
Livewith withdiffcult diffculttime time Live
Save more than 500 million Save more than 500 million
Liabilities greater than million Liabilities greater than 10 10 million
Residents Combination Design
IdentificationofofBuilding BuildingOwners Owners&Working &Workingday dayactivity activitysetting setting Identification Datafrom fromthe theofficial official website Ministry of health, health and labor Japan Data website ofof thethe Ministry health, health and labor of of Japan According to the results of the ofanalysis, the Residents and their activities in the house is defined. Home 4#1 Home Home 3#1 4#1 Home 4#1 Home 5#15#1 Home 5#1 Home Home 3#1 Single-parent family-householdNewlyweds-household Newlyweds-household Single-parent family-householdSingle-parent family-household Newlyweds Single-parent Single-parent family-household Mis.D Mr.E Mis.CMs D Mis.D Mr.E Mr E Mis.C age.36 Female age.24 age.26Age 36 age.36 Female age.24 Age 24 age.26 Home#1 Home#2 Key word: word: Keyword: word: Key words: Key word: Keyword: word: Key word: KeyKey word: Key word: Key Key words: Key Key words: Key words: Key words: 1.Clerk 1.Working in city center 1.Retiredengineer engineer 1.Clerk 1.Music teacher 1.Retired engineer 1.Clerk 1.Working in city center 1.Retired 1.Clerk 1.Music teacher 1.Musician 1.Clerk 1.Music teacher 1.Writer 2. 2.Playing guitar 2.Morningexercises exercises 2.Part time online 2.Husband died 2.2.Playing 2.Playing guitar 2.Morning 2.Part time jobjob online 2.Husband died 2.Husband died in a inina a2.Morning exercises 2.Part time job online guitar 2.Telling story 3. 3.Growingflowers flowers 3.Illustrator traffic accident 3.Growing flowers 3.3.Smoker 3. 3. 3.Growing 3.Illustrator accident 3.Illustrator traffictraffic accident 3.Baking 3.Disability 3.Disability 3.Disability Home2#1 2#1 Home 3#1 Home Home 2#1 Home HomeHome 1 11 Singleold oldperson-household person-household Disabledhousehold householdSingle-old-person Single-parent Disabled Single Disabled Mr.A Mis.A Mis AMis.A Mr A Ms C Mr.A age.70Male Male Age 26 age.66Female Female Age 70 Age 66 age.70 age.66
Home2#2 2#2 Home6 6 Home Home Home 2#2 Home 3#2 HomeSingle 6 youth-household Single youth-household Single-youth Dog.Kiki Mis.E Dog.Kiki Mis.E Dog Kiki Miss age.22 Eage.22 Girl B age.4 age.4 Age 4 Age 5 Age 22 Keyword: word: Keyword: word: Key Key Keystudent words: Key words: 1.ShibaInu Inu Key words: 1.TokyoArt ArtUniversity University student 1.Shiba 1.Tokyo 1.Shiba Inu-dog 1.Kindergarten 1.Tokyo Art University 2.Playingwith with ball 2.Dance Major 2.Playing petpet ball 2.Dance Major pet balls 2.Dancer 2.Playing 3.Playing with child Slides 3.Watchingmovie movie 2.Playing with 3.Playing with child 3.Watching 3.Playing with children 3.Cartoon 3.Watching movie
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Home 3#2 Home 3#2 Home 4#2 Son.B Son.B Boy C age.5 Male age.5 Male Age 9 Key word: Key word: Key words: 1.Kindergarten 1.Kindergarten 1.Primary 2.Invite friends school 2.Invite friends 2.Learning 3.Playing slider piano 3.Playing slider 3.Handmade
Home Home 4#24#2 Home 5#2 Son.C Son.C Mis EMale age.9 Male age.9 Age 24 Key word: Key word: Key words: 1.Primary school students 1.Primary school students 1.Working 2.Change in city center 2.Change 3. 3.2.Reading 3.DINK
Home Home 5#25#2 Home#3
Home#4
Mis.E Mis.E age.24 age.24 word: KeyKey word: 1.Working in city center 1.Working in city center 2.Reading 2.Reading 3.DINK Home#5 Home#6 3.DINK
Site Analysis
There are hospitals, primary schools and railway stations around the base.
Tourist Hospital User Site Base Green Space Water Parking
Sensō-ji Five-Storey Pagoda Ureshinomori Inari-jinja Shrine Asakusa Elementary School
1
2
Railway Station Bus Station Nakamise Shopping Street Sensoji Kindergarten Kaminarimon Gate Tourist Center
05
Top View
1
Landscape of Asakusa Temple
15
30
0 5 60m 15 30
2
60m
Buildings Hinder the View
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Exterior View
22\
Ground Floor Plan
N
Ⅷ
UP
Ⅰ
±0.000m -0.150m
Ⅲ
-0.450m
Ⅶ
Ⅱ
Ⅴ DN
Ⅳ Ⅵ Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ Ⅵ Ⅶ Ⅷ
Disabled Entrance/Elevator Toilet Kitchen Garden Entrance Activity living room Garden Living room Main entrance/Porch 0 0.5
2.5
5M
Massing Generation
Orient
Split
Lift
Push
Program Analysis
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Internal Circulation
The m o whole v roo i n g A buildi n m x traf s i n e s - S t g i s m fic this airs ad spe bloc ho an e u d c p u k H e ially d . Bar se ar Slide of tw re esig rier e c . A o res i s i ned -fre onn ll t h e ide n d nts i v i for d mov ected e Ins d u a isab ing by ide l l l | Ou m o v ed res ine is tsid i n g iden e l i n t. eo f Dis a Hos bled a pita cce ss l Flo w Mo ers pl rnin ant g e ing xer cise Chi ldre s Kin n's der slid gar e ten Han d Prim made ary sch ool Sm oki n Wo g rkin g Roo Uni f activ ver ities sity
n-1 rde a g f Roo
den
ar of g
Ro
2
d
ol e-4 t househ d m o n hol H -pare e-3 t house m gle n o n e i H -par S gle
Sin
ld e-5 ouseho m h o H eds lyw
New
ld
ho e-6 h house m t o H you -
gle
Sin
e-2 on Hom old-pers
The
old
h
se hou
-
gle
Sin
e-1 sehold Homled hou ab
In
sid
e
Ci
rc
le
Dis
24\
ma in t raffi c
Floor Plan UP
Ⅰ
UP
+4.500m
UP
+3.000m +3.000m DN
Ⅳ
Ⅲ
Ⅱ
+4.500m +2.900m
Second Floor Plan
Ⅴ
UP
UP
+6.600m
DN UP
DN
+6.000m
Ⅵ
Ⅶ
Ⅷ +6.000m
+7.500m
Third Floor Plan
DN
+9.000m
Ⅸ
DN
Ⅹ
XI +9.000m +10.500m
Forth Floor Plan N
0 0.5 I Elevator Ⅱ Disabled household Ⅲ Single-old-person household Ⅳ Work area Ⅴ Laundry area Ⅵ Newlyweds household
2.5
5M
Ⅶ Single-parent household Ⅰ Ⅷ Single-youth household Ⅸ Planting area Ⅹ Rest platform ⅩⅠ Single-parent household Ⅱ
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1-1 Section
12.000m
10.500m Detail A 9.000m
7.500m
6.000m
4.500m
3.000m
±0.000m -0.300m
26\
Detail A Handrail Glass Wooden protection board Protection layer FRP waterproof Cement mortar Foam insulation board Precast roof
Pull rod Metal hook Main keel Sub keel Plasterboard Double slate board Glass wool
Detail B Stainless steel fixing tank Supporting shaft Fiber rope Glass-curtain wall Ventilating slot Glass fiber Rubber weatherstrip Steel tank Concrete floor beam Water apron 3%-5% The outdoor ground Rubble layer Concrete bed
Detail B
Damp-proof course Covering layer Rammed layer of plain earth Wooden board Floor heating pipe Cement mortar FRP waterproof
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Internal View
Scenes of Life
28\
Manual Model Photograph
Modular Design of Architecture
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03 Wind Wave - 3D Spatial Print Research DAM Lab, 2019 Spring Site: Qingdao-China Group Work Instructor: Xinyu Shi Collaborator: Workshop Group
This is an experimental project of 3D Printing. The traditional stacked 3D Printing technology is slow, noncost-effective and difficult to apply to the construction although it has been relatively mature. The high-precision movement of the 6-Axis Manipulator can be combined with 3D Printing, which brings possibilities of constructing in space. Based on 3D Spatial Printing experiments, this scheme refreshes the logic of architectural design.
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Ⅲ
Ⅱ
Environment Problem
Petroleum and its products
32\
Metal , Acid and Alkali
Pesticide
Radioactive material
Thermal pollution and solid waste
Ⅳ
I
Ocean Currents
Ⅰ.Base Site Ⅱ.Bathing Beach Ⅲ.Sea Water Park Ⅳ.Hotel
Surrounding Element
Location of the venue
Site dominant wind direction
Site surrounding buildings
Tourist attractions around the venue
Site lighting
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Generating Diagram
The gazebo blown in the wind, letting the wind flow on the gazebo.
Determine the use of space based on the scale of the human body.
Internally increase anchor points to distinguish space.
Generating a basic shape from a single arch.
Assign functions to internal anchor points to achieve the effect of the waves.
Left View
Top View
Section View
3D print tool
Back View
Front View
Source of Materials
Recycling
Refactoring
Constructing
34\
Right View
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Design of Cell Structure Vertical Bar&Cross Bar
Vertical Bar
01 Regular Hexahedron
Hexagonal Prism and Triangular Prism
The internal three molecular structures provide more support points for the internal
Triangular Prism Hexahedron
The connection combination provides a new possibility that the triangular prism is more stable than the bar
13
09
08
10
36\
Excellent performance
Benzene Ring
Spatial instability of crystal structure
Path 4
Cross Bar in Regular Hexahedron
Compared with hexahedral cells, the material is less
Quadrangular Pyramid
06
05
07
Path 3
The structure is stable but has new changes
Radial in Regular Hexahedron
Using spatial nested cube model, the internal lattice is more stable
Path 2
Regular Hexahedron and Regular Octahedron
Strong expansibility
Spatial Nesting
03
02
04
Path 1
Material saving, stable construction but difficult to print
Regular Octahedron
Stable structure and good versatility
Print Path Design
Methane Molecule
The lateral force of the vertical bar cell is improved
The most basic structure, saving materials, poor performance
It has a high degree of freedom, but it is difficult to print
11
12
Cross Member and Regular Hexahedron
The hexahedron is used as the stress element, and the cross member is used as the connector
After the analysis of each cell structure, the characteristics of each structure are summarized. Based on the comprehensive analysis, the 09 cell is the best spatial structure for 3D printing in these samples. 14
Print Test Test Project 1
Test Project 2
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View Along The Coasline
38\
Print Test Test Project 3
Test Project 4
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Scene Performance
40\
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04 No Boundary - The Sport City
Sport Citadel Competition, 2020 Autumn Site: Torino-Italy Studio Work Instructor: Lifeng Lin Collaborator: Nan Zhang, Zhiyuan Zhou, Zitong Wang Contribution: Research 55%, Concept 70%, Strategy 80%, Archirecture Design 80%, Drawing 35%, Rending 35%, Handmade Modeling 80%
To create a city designed for sports, The project is located in an open plain in the north of Turin, Italy. With the development of the sports, it has moved from the original wilderness to the present exquisite venues. Although the function is near perfect, it is more enclosed, even solidified into a symbol, losing the original innovation vitality. In order to reactivate the vitality of the movement, the entire city is designed as a whole with the concept of Boundaryless. Architecture is generated from the road and extends outwards, breaking the traditional generation mode of the city . Blending the ground with the wall and roof allows people to move freely in the city, breaking the boundaries brought by the Building Enclosure. On the scale of human activities, there is No Traditional Standard Stadium. Instead, movable building structures are used to easily combine and break the boundaries among various sports.
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Site Analysis Torino Airport 3.5km
Water Way Sports Area
9.5km
Historical Buildings Green Land Main Road Site Boundary Site Boundary Inhabitants
Site Boundary
N
Site Boundary Area Entrance Bus Station Peripheral Access School 0.5km
Site
Athelets
Volpiano
-0.5km
Venaria Reale
12.4km
11km -3.5km
11km
S
Tourists
-0.5km
0.5km
-3.5km
3.5km
Torina
Sports Equipment
44\
Business Space
Residence Space
Concept Architecture and environment Architecture and tourists Architecture and spectators
Grey space
Break up
Architecture and participants
Strategy
Architecture and athletes Three-level system Sports and others
e nc
nc e
lue
Inf
Infl ue
Architecture
Boundary
Athletes
Changing
Boundless
1.Sport bet achieve goals = Enter free
Sports and Sports
People
Urban
Texture
Sports and others
Athletes and spectators
Influence
Spectators
Tourists
Network
Organic growth Sports and roads harmonizes the whole
Movement everywhere
Action participation
Organic road network layout generates architecture
Ideological identity
Boundary Analysis Function
Urban
Tourist perspective
Texture
Architecture
Road network Surrounding environment
Spectator perspective
Architecture
Athlete's perspective
Participant perspective
Athletes and spectators
Sport and Sports Sport and others
People /45
D
Generation Diagram Medium Scale
Column
Stadium prototype 1
Invagination Oblique column
Stadium prototype 2 Set points Penetrate
Larg Sca
Big steps
Stadium prototype 3
Permeate Under the stands
Stadium prototype 4
Break limit
Determine the anchor points according Then search for possible moving routes points. The next is to figure out the optim decide the traffic network sy Bilateral opening
Stadium prototype 5
Interg an Applic Morphogenesis Solid mass
Put the prototype stadium on the anchor point
46\
Cut up
Use deconstruction to eliminate the inherent sense of form
Package
Form usable building space
Wave
Change the contact surface between buildings and people.
Weake the bo Blurs the boundary and
ge ale
Small Scale
Skateboarding
Sport prototype 1
Rising
Skiing
Sport prototype 2 Create move lines Falling High diving
Sport prototype 3
Gliding Rock climbing
Sport prototype 4
Tighten
to the surrounding settings of the site. up to the radiation radius of the center mal option by merging the routes. Finally ystem by grading the routes. Bicycle racing
Sport prototype 5
gration nd cation
oundary sense d increases the integrity
Translation Integrity
The combination of wall and road
Visual coherence
Relevance
Remove the blockade for Sight Generation Strategy
Cross sports to create more possibilities
Instant interaction
Interacting through Competition Matching System at any time
/47
Main S
The main stadium breaks the shape of the original stadi viewing platforms and the LCD floor inside can freely chang provided by the stadium. The viewing platforms at the
48\
Stadium
ium. One side of the stadium is opened. The two mobile ge the functions of the stadium, breaking the function limit e edge are lifted up to weaken the sense of boundary.
/49
Master Plan
C
B
Ⅲ Ⅰ
A
D
D
Ⅱ
Ⅵ
Ⅴ
Ⅳ XII Ⅶ
Ⅷ
Ⅸ XI
C
Ⅹ
A B
The sports city is composed of several kinds of stadium and sports fields which are connected by Electric-Light Rail. The buildings can be used for vatiety of sports, weakening the boundary of the city.
50\
Ⅰ Main Stadium Ⅱ Sub Stadium Ⅲ Extreme Sports Center Ⅳ Outdoor Sports Park Ⅴ Bicycle Raceway Ⅵ Athlete Reception Center Ⅶ Indoor Mixing Stadium Ⅷ Sky Square Ⅸ Train Station Ⅹ Entrance Square XI Traveling Center XII Unit berthing Port
N
0m
25m 50m
100m
Break The Boundaries of Walls and Ground
Section A-A
Flowing Sites and Sports
Section B-B
/51
Function Overview Axonometric
Bu
n di gne t h e i s p e r elo is d v e e o f t o c o of th Env o r o f y l e arts i e l d y e r e w s t m e p t h e f nd a l o a T h e a n d n m . S c o m e bing i s r a d i u b e lim o f b a s t l s o p e C r o en e k a in m a c a n i k e R o g . T h o wea l f t n i o r o p o r t s u m p ound r s J for g e e the gndary. m d to bou u B ete al n n con raditio t the
ildin
the all be k n o li will cS fi d t mers rts , f e s a u sto spo w Tr re s a the cu aried . A ne r o ith rid So e v hs Cor iums. ticipat e pat hed w h s r i t d sta to pa long stabl e a e abl l l i n g e m i s e t v s . tra ic sy ay” f W traf High“ e h t
Tra n
em yst
tion
va Ele
spo
rtat
ion
gs
sys
kin
tem
and
and
LAY
spo
rts
ER4
spa
ce
L
spo AYE rts R3 spa ce
Spo
rt
ion
vat
le th e
Pro j sel ect ect ion
u
So
n
atio
ev t el
s
We
Maxivse Ball Game
Sports Square
Cycling
LAY
ER
2
ER
1
Aquatic Sports
LAY
52\
Convergence and Fusion of Sports Space
Section C-C
Sports Interchange Center
Section D-D
/53
Main Spo
Different sports are integrated with each other. The extended Cable Cars de building structure to break the original spatial pattern. The floor of the venu the weather. In the diving space, there is an extende
54\
orts Area
escend into the venue space through the upper road and the rails of the side ue and the bottom of pool can be opened for different sports depengding on ed combination of skateboard surface in the distance
/55
Other Work
ADOBE WORKSHOP 2018
CLAY PRINTING 2019
WOODEN FABRICATION 2019
DIGITAL CONSTRUCTION COURSE 2020
EXIBITION IN PEKING 2020
ACRYLIC HOT BENDING 2020 56\
DIGITAL CONSTRUCTION COURSE 2019
DIGITAL GENERATION - UIA /57
Ran.seed(X) x=0 y=0 choice = 0 limit = ∞ For t in range(limit): rg = [0, 1, 2, 3] pre_cho = ran.choice(rg) if pre_cho == choice: rg.remove(choice) pre_cho = ran.choice(rg) else: if pre_cho == 0: x += 1 choice = 2 elif pre_cho == 1: y += 1 choice = 3 elif pre_cho == 2: x -= 1 choice = 0 else: y -= 1 choice = 1 xlist.append(x) ylist.append(y) plist = rs.AddPoint(x,y,0) Next step=Never back
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