Working sample_ Jingsi Li

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JINGSI LI WORKING SAMPLE SELECTED WORKS 2011-2016

Jingsi Li M.Arch II Candidate 2017, Cornell University B.Arch 2016, Tongji University



CONTENTS

SELECTED WORKS 2011 - 2016

04 LANE MEMORY

14 DISTORTED SYMMETRCIAL MUSEUM

26 Suture the city

34 URBAN COMPLEX PARK

42 tHE COLLAB-ORATORY

56 Autonomous tectonics

3


01

LANE MEMORY Tutor: Ruben Alcolea Duration: 2016/09- 2016/12 Solo Work

PROJECT 1


lane memory

5


Lanes IN getaria

There are many narrow lanes in geteria, Spain. It allows people to get across easily with scenery ahead. The impression of narrow lanes inspires me to create a space by transforming the existing building. So I turn the fish factory , in poor condition, into an empty lane, remaining the old walls and recalling people’s memory of the fish factory at the same time.

FORMINg PROCESS

Original buildings and historical ruins

Creating a passage

Creating new volume

Building volume above the ruins

Shaping the volume

Final state

PROJECT 1


Inside the corridor

lane memory

7


Typical floor plans

1st Floor Plan 1:300

4th Floor Plan 1:300

PROJECT 1


2

5 34

8 67

9

Floor and Envelope 1. 60mm Width U shape glass 2. Cement board 3. Waterproof Membrane 4. Insulation 5. Air barrier 6. Gutter system 7. Alumnum backup panels 8 Facade systems 9. Polished aluminum mesh

1

Structural System

Remaining Walls

lane memory

9


aa section

PROJECT 1


section

lane memory

11


Street Perspective View

PROJECT 1


Aerial View

lane memory

13


02

PROJECT 2

DISTORTED SYMMETRICAL MUSEUM Tutor: Prof. Philip F. Yuan Duration: 2013/9 - 2013/12 Solo work


DISTORTED SYMMETRICAL MUSEUM

15


Historical voice on symmetry

Mies van der Rohe, Barcelona Pabvilion, 1929

Study Process of Taylorian two-points apparatus (xy) E''

Er=Er''

E''

a

Er=Er''

E''

Er=Er''

E''

b a'

a'

c

d

c

d

c

E'

Er=Er''

E''

Er=Er''

d

Er=Er''

a'

b' d

c

b

a

E'

E''

Er=Er''

a

b

E'

E''

a b a'

a' d

c

d

c

a

E'

d

d

c

a'

b' d

c

a'

b' d

c

c'

b

a

E'

b

a

E'

b

a

E'

b

b' c

d'

a

c'

b

E'

In traditional sense, symmetry is a highly organized and ordered way to form architecture. From the vertical axis of most traditional architecture influenced largely by one-point perspective in drawings to the horizontal axis reflected in Mies van der Rohe's Barcelona Pavilion, they all convey architects' dream to pursue symmetry. However, Mies' symmetry implied that reflection was not susceptible to contingencies of percption. This is because the symmetry people could sense in a threedimensional world is like an object and its reflection on the water, rather than the ideal symmetry. This project aims to capture the distorted symmetry in the experience of reflection, which combines two projection techniques the two-point Taylorian perspective apparatus and stereotomy. 1 The new object is a distorted reflection of the original one. We could think the distortion is actually a view - albeit a distorted one - of a symmetrical building rather than a perpendicular view of a distorted building. 1. Cohen, Preston Scott. Contested Symmetries: And Other Predicaments in Architecture. Princeton Architectural Press, 2001.

PROJECT 2

b' c

c'

E'

E''

d

c

b

a

E''

E''

a b

d

Er=Er''

a

E'

b


CHOICE: IN HONOR OF XUJIAHUI CATHOLIC CHURCH

The window of the Church is designed as an icon to represent Xu Jiahiu. It is printed on the road to instruct tourists.

Bricks and red brick tiles are ordinary skins in hornor of Xujiahui Catholic Church.

USING TOWER AS PROTOTYPE

Architecture is icon , recording the history of city. Architecture is experience , baring the memory of the society. The site belongs to historic neighborhoods , with Chinese and Western cultures and having modern livings and historical charm at the same time. In this district , the brick of the old buildings and the tower of the Catholic Church have already become the symbol of Xu Hui district in Shanghai. While the church is a typical symmetrical architectural type, this project was designed in a distorted symmetrical way. In the design process, I abstracted the impression of the the tower as the prototype. Then I used stereotomy to form the shape, according to the different needs of the museum , so as to recall people’s memeory of the Xu Jiahui district.

DISTORTED SYMMETRICAL MUSEUM

17


From Distorted Symmetry to Ideal Symmetry

Exa

1

STEP1: The prototype is inspired by the triangle shapes on the tower of the Catholic Church.

PROJECT 2

2

STEP2: Plan and elevation of volume A containing the service of the museum (such as office,souvenir,lecture hall)


FORMATION PROCESS

3

4

amplication

STEP3: Volume A intersecting a perspective of itself (called volume B) along a measuring line. Volume B serves as exhibition place.

STEP4: Volume B intersecting a perspective of itself (called volume C) along a measuring line. The intersecting part serves as the atrium,which can let the sunshine fall in.

DISTORTED SYMMETRICAL MUSEUM

19


(Left): Folding process of the model. (Right): The unfolding drawings are proposed as a new int between descriptive projection and three-dimensional, orth architectural space.

PROJECT 2


FROM 2D to 3D

terlocutor hographic

DISTORTED SYMMETRICAL MUSEUM

21


CIRCULATION ANALYSIS

Offices Entrance

Offic ENVELOP

HORIZONTAL CIRCULATION

VERTICAL

STRUCTURE

Original Buildings & Landscape

To make full use of the space, a continuous visiting circulation was designed inside the building, around the atrium. On this circulation, tourists could go through all the exhibitions halls. The atrium allows the sunshine coming in.

PROJECT 2


SITE PLAN AND SECTION

0

Offices

10

20

50m N

Main Entrance

ces

Cafe

Store

Main Entrance

Offices Entrance

Exhibition Storage

DISTORTED SYMMETRICAL MUSEUM

23


VIEWS FROM DIFFERENT PERSPECTIVE

(up) View of the main entrance from south. (down) People will be inspired by the trianglar elevation to worship the sky.

PROJECT 2


VIEWS INSIDE THE MUSEUM

(up) Scene in the lobby. (down) People on the ramps around the atrium.

DISTORTED SYMMETRICAL MUSEUM

25


Yeeeeeeeee~~~~~~~ Yaaaaaaaaa~~~~~~~

My son's art studio has moved to there for two years.

Wow, what a traditional Shanghai Residence.

03

PROJECT 3

Suture the city Tutor: Prof. Dong Chunfang Duration: 2014/11- 2014/12 Collaborator: Liang Qianhui, Zhang Songyue, Fu Rong


A new exhibition is opening tomorrow in this gallery.

I have been living there for many years, I don't want to leave.

SUTURE THE CITY

27


OLD HONGKOU BUILT TIME: Be STATUS: C BLD USE: Re

1933 shanghai Built Time: 1933 STATUS : +A BLD USE: Commerce+Culture

yANGCHUN LI BUILT TIME: Before 1950s STATUS: A BLD USE: Retail+Residence

Along the Hongkou Creek, there are some historical buildings which have the possibility to reuse. There ar art gallery as art resource, the Hongkou Creek as landscape resource and the Chapel as religious resource potential resources by a continuous tourists circulation, this project seeks to revitalize the old urban district

Voice : A need to revitalize old urban district Mixed Transportation

Pedestrian Vehicle

Separated Transportation

Pedestrian Vehicle

PROJECT 3

Fragmented Urabn Fabric

New Fabric Original Fabric

Clear Urban Fabric

New Fabric Original Fabric

Simple Urban Program

Culture Commerce

Residence Office

Mixed Urban Program

Culture Commerce

Residence Office

Negative Pub

Public Spac Green Spac

Positive Pub

Public Spa Green Spa


STREET efore 1950s C etail

COMTEMPORARY ART GALLERY BUILT TIME: Before 1950s STATUS: A BLD USE: Comm+Hotl+Office

north-bund business line BUILT TIME: Before 1950s STATUS: A BLD USE: Comm+Office

CHAPEL BUILT TIME: STATUS: BLD USE:

OLD LInong residence BUILT TIME: Before 1950s STATUS: C BLD USE: Residence

Before 1950s C Regional Ethnical Centre

re traditional Shanghai residence as historical resource, 1933 Shanghai as cultural resource, contemporary e. However, the site has many problems, from confusing urban fabric to urban division. By connecting these t.

Choice: re-connect and re-program

blic Space ART CENTER MUSIC VALLEY

HISTROY SITE SHOPPING CULTURE

COMPLEX OLD → MUSEUM

ON

I

CT

NE

D

HE

ND

N CO

EW

BO

N

LIS

ace ace

promenade

CHURCH SQUARE

WALKING BIKING

CITY THEATRE

B TA

ES

OFFICE SHOPPING

ce ce

blic Space

OFFICE SHOPPING ENTERTAINMENT

OLD→SOHO COMPLEX

OLD→GALLERY

OFFICE SHOPPING ENTERTAINMENT

STUDIO

RY

E LL

GA

promenade

GRENN PARK SQUARE OLD→ART

WALKING BIKING

DISTINGUSHING HOTEL

GRENN PARK

SHIPPING CENTER SHOPPING ENTERTAINMENT

SIGHTSEEING

Reconnect: Urban connections are made and new development is realized. The project is also programmed as a sequence of unique public places.

Reprogram: To be successful as a public space, the design takes advantage of historical buildinds and the City’s artistic aspirations.

SUTURE THE CITY

29


site plan: Suture the city

HO NG KO

1

EK RE UC

2

3

4

0 10 20

PROJECT 3

40

N

100m


URBAN Strategy to combine old with new 1 BREAK Turn the Old Linong Residence into Folk Museum Original Condition

Resident

Generation Process

Businessman

New Condition

Tourist

2 FLOW A passage for people to pass by and a square for people to stay.

3 CONVERGE Set a new green community heart for resident and adjacent users

4 Extend Provide people with a frame to admire the traditional Shanghai Residence

SUTURE THE CITY

31


promenade

1 A square at the beginning of the tourist’s route.

2 Entrance to the folk museum after crossing the river.

3 Urban theatre to view shows and activities happening along and across the river.

1

2

PROJECT 3

3

5 Str bui the


promenade scences

6 B u i l d i n g s a l o n g t h e r i ve r having a close affinity to the water

reet between shops with old ildings far away serving as e background

7 A square in front of traditional Shanghai residence.

4 Extended sidewalk along the road for people to pass the crossing safely and to view scenery on the river

8 Public space between old buildings.

5

6

7

4

8

SUTURE THE CITY

33


04

PROJECT 4

URBAN COMPLEX PARK Tutor: Prof. Sun Guanglin Duration: 2014/3- 2014/6 Collaborator: Sun Yitong Contribution: Concept 60%, Analysis 60%, Rendering 80%


URBAN COMPLEX PARK

35


VOICE: A NEED FOR A LARGER GREEN PUBLIC SPACE Public Green Space Per Capita Evolution 1950s 0.132m 2

1993 1.15m 2

1998 2.96m 2

2014 7.33 m 2

2040 11.5 m 2

Site Analysis Convergence of People from Different Directions

The HongKou Commercial Complex

The HongKou Football Stadium

Metro Line 8

Attraction: The Hong Kou Football Stadium Residence Commerce: Hongkou Commercial Complex Infrastructure: Shanghai International Studies University

The LuXun Park

Residence : Traditional Li Long Public Space: The Lu Xun Park

Attraction: Cultural and Creative Park Residence Infrastructure: The Hospital of the People's Liberation Army

Residence : Traditional Li Long Public Space : The Duo Lun Cultural Street Commerce : North Sichuan Road Attraction : The Duo Lun Cultural Street

Cultural and Creative Park

The DuoLun Cultural Street

Since 1950s, the public green space per capita has increased largely---from the area of a pair of shoes to the area of a living room. However, as the increase of population in Shanghai, it becomes more harder to add public space for people. One possible way to solve this dilemma is to build public space up into the complex constructions.

PROJECT 4


CHOICE: COMBINE ECONOMIC BENEFIT WITH SOCIAL BENEFIT

Mix office, hotel, commerce, park together

Design Concept

In the such multifunctional site, there is only LuXun Park for people around to participate in public social activities. The project aims to function as urban complex, provide a kind of park space for social activities at the same time. Hopefully, the ecomomic factor and social factor can interact with each other.

1 Commercial Part Common buildings have a clear boundary, so it is difficult to bring the green space into the building. Through the roof and interior ramps, monotone space becomes eventfull.

Conventional

Interactive

By breaking the concept of layers, the ramp could create liquidity space so that activities on different levels are more closely linked.Traditional office buildings are used periodically, while the urban complex is used continuously in time.

2 Hotel Part Lu Xun Park to the north of the base is extended into the high-rise hotel, bring a sense of nature for people living in the room. In order to make the space rich and interesting, the hotel is splited by the courtyard into two part to let sunlight in. Different corridors also make the space feel interesting.

URBAN COMPLEX PARK

37


PROJECT LAYOUT The site provides people from different directions with various paths. It also offers people its central open space for people to stay. For people passing through the site, they will be attracted by activities happening in the middle of the site and join into the activities.

SITE PLAN

0 20

PROJECT 4

40

100m


PROGRAM

ANALYSIS

Function Analysis

Boutique/Store

Department

Entertainment

Food

Dwell/Hotel

Office

Circulation Analysis People from different dirrection have kinds of access to choose, and can easily reach their destination from ground

URBAN COMPLEX PARK

39


EXPERIENCE IN THE COMPLEX PARK Activities in 24 Hours +42.00

HOTEL WORK

+27.00 +10.00

PROMENADE

SHOP

CINEMA

READ

+5.00

SHOP

PROMENADE

EAT

-0.00 -5.00

PUBLIC

PROMENADE

EAT

SHOP EAT

-10.00

SHOP

-15.00

PARK

AM

PM

8

6 5

PROJECT 4

2

1

7

4

3


1

2

Open Cinema

Walking on the Roof

3

4

From Department Store to Outdoor

5 Underground Perform Space

7 From HongKou Commercial to Sinking Plaza

Center Plaza

6 Sinking Water Place

8 An Access to Ground Plaza

URBAN COMPLEX PARK

41


05

PROJECT 5

THE COLLAB-ORATORY VERTICAL CITIES ASIAN 2015 International Design Competition Honorable mention Tutor: Prof. Swinal Samant Duration: 2015/01- 2015/05 Collaborator: Wong Shi Min Serene, Isabella Ong, Tan Wen Jun Contribution: Concept 30%, Research 30%, Physical Model 10%, Rendering 10%


THE COLLAB-ORATORY

43


voice From people

a sin

p

c on ore

te x ts

Makers SITE

80%

de

R OB JEC T I

S

Learning Society

SITE

Maker's movement

Provid physical space t with the highly collabora space

D emocrati z ations o f Homes Self- sufficiency,experimentation, financial/ environmental concerns

JURONG L AKE DISTRICT

Housing :Banal Landscape

Sustainable Living

Transparency of proccesses.L closed-up facilities into the public

WOOKL ANDS REGIONAL CENTER

80% of singaporeans live in public housing, with standardised flat designs. No conversation between the dweller and the design of the house.

VE

Experimentation and idea sharing as part of community bonding.

t hr

(Right) Foreign enclave communities in singapore.In Singapore, there are various racial identities and religions practised.

e e el e m e n t s in

R acial and R eligious Divides

sig

n

F OU

Active startups have Singapore's employment. startups, 39% of them are k technology intensive startup

SITE

TA M P I N E S R E GI O N A L CENTER

CENTERAL BUSINESS DISTRICT

Living Lab The site will be a new regional centre in the northern part of Singapore. 1km 2 site is an opportunity to test integration of housing with experimentation.

Step 1: Synthesis Singapore's problem from four aspets: riacial and religious divides, banal landscape, centralized Step 2: Find opportunities : creative class is rising; a vacant site as a living lab; industrial parks are surrounding Step 3: Four objectives to meet problems and opportunities

PROJECT 5


Everyone is a consumer,everyone is a producer.

THINGS TO MAKE

Pro-sumer

SITE

taken 9% of Among these knowledge and ps.

MAKER’S MOVEMENT

CHOICE from PEOPLE

High Density & Industrial Land Scarcity Sports coach Mechanist

Lawyer Retiree

ement

There is a conflict between population growth and the development of industry. New type of residential areas needs close proximity with Industry.

to catch up ative digital

Student

Investor

Everyone is a teacher, everyone is student.

WAYS TO LEARN

Industrial land usage (%) currently 18 2050 20

LEARNING SOCIETY

Population (mil) currAently 5.4 2030 6.9

a

SITE

The dwellers

The site is surrounded by industry. It is a missing link of the north industrial corridor. Everyone is a designer,everyone is a dweller.

WAYS TO BUILD

The contactors

SUSTAINABLE TECHNOLOGIES

INDUSTRIES

DEMOCRAZATIONS OF HOMES

Leaking of domain.

SUSTAINABLE LIVING

The architect/ Planer

CENTRALIZED RESOURCE MANAGEMENT/ INFRASTRUCTURE Water, waste and energy well-managed, but very centralised and lack transparency.However, it is detached from the everyday singaporean, who are unaware and uninvolved.

infrastructure and industrial land scaricity.

Everyone is a consumer, everyone is a producer.

THE COLLAB-ORATORY

45


WHAT CAN PEOPLE DO

PROJECT 5


THE COLLAB-ORATORY

WAYS TO BUILD

LEARNING SOCIETY

WAYS TO LEARN

SUSTAINABLE TECHNOLOGIES

OCRAZATIONS OF HOMES

PRECINCT

ECOLOGICAL BELT

SUSTAINABLE LIVING

WAYS TO BUILD THINGS TO MAKE

MAKER’S MOVEMENT

DEMOCRAZATIONS OF HOMES

WAYS TO LEARN

SUSTAINABLE TECHNOLOGIES

LEARNING SOCIETY

THINGS TO MAKE

WAYS TO BUILD

MAKER’S MOVEMENT

DEMOCRAZATIONS OF HOMES

WAYS TO BUILD

SUSTAINABLE TECHNOLOGIES

SUSTAINABLE LIVING

DEMOCRAZATIONS OF HOMES

SUSTAINABLE LIVING

WAYS TO LEARN

LEARNING SOCIETY

WAYS TO LEARN

LEARNING SOCIETY

everyone contributes DIAGRAM

47

THINGS T

MAKER’S M

THINGS TO

MAKER’S MO


HOUSING UNITS

1 Cluster 120-150 pax 30 Dwelling Units

Original Stagger Massing 3000pax 54*30*120m

Core + Floor

Original Precinct Massing 18000 pax

Muliple realities organized around atrium

Precinct Massing 10000-12000 pax

Precinct Facing Waterfront Typical Precinct 3600 - 4800 pax 5220 - 6960 pax 1200 Dwelling Units 1740 Dwelling Units

Precinct Massing 10000-12000 pax 2400 Dwelling Units

Typical Precinct 7220 - 9600 pax 2400 Dwelling Units

Strip Diagram

Gray Water Lateral energy

Robotic Micro-Garden Construction

Dwelling Clusters

Fab Labs Community Garden

Drones Co-work Flight Path

Netural Space

Drones Flight Path Recycling

Waste

Smart Grid

Water

Infrastructure Core

Main Podcar Spine

TYPICAL PRECINCT

Pod Car

Makers

Co-work

Exercise

Podcar Deck

Culture

Education

F&B

Cycling

Shops

Office

CIVIC BELT

TYPICAL PRECINCT TYPICAL PRECINCT

PROJECT 5

Ground Level


ACTIVITIES IN BLOCK

Commercial, Civic Amenities, Child Care etc

Podcar Deck

Ground level: Neutral Space, Maker Spaces

Multiple realities of making, experimenting, testing, prototyping, brewing, sculpting, painting, sewing, printing, building within housing blocks.

THE COLLAB-ORATORY

49


SITE PLAN

1.resource belt

2.cIVIC belt

3.ecological belt

civic belt

A civic belt

resource belt

industry district

resource belt

A

civic belt bedok reservoir ecological belt

heritage

industry district PROJECT 5


URBAN DESIGN STRATEGY Path 10% Green Transport Facilities Education Commercial + Business Business

6% 1% 3% 1% 15%

Commercial 3%

5% Water 2% 3% 4% 3%

Park Facilities Special Use Business + Residential

Landuse

OPEN SPACE 3.0-5.5

3% Commercial + Residential

5.6-6.0

2.0-3.0

41% Residential

Plot Ratio Distribution

ic civ

ic civ

vic ci

towards circlr line interchange

Public Transportation Network

sengkang

tpe

hongkang

serangoon

towards the city

logistics d foo

kpe

ic civ

u n d er g ro u n d f r i g h t networks

e

quar

e y lak

ic civ

id

hybr ag herit

n gree

id

hybr

vic ci

ale ll sc sma stry indu

yle

/lifest

h n- tec clea

hou ware

se

er waf fab

id

hybr

logistics

u n d er g ro u n d f r i g h t networks

pasir ris

tampines

t o w a rds t h e airport

Road System bedok

DISTRICT

Landscape System

THE COLLAB-ORATORY

51


SECTION OF RESO

Turning the outside in Bring the public sphere (retail, museum, theatre, nightlife) into the conventionally closed-up industrial space

Underground Mover System Transparency in process Water, waste and energy processes are made transparent along the resource belt (and ecological belt) By making them into fun, interactive spaces, the public can use them and be aware of the various processes that are being carried out in the city.

PROJECT 5

The underground mover system is part of the island-wide system and brings in goods and materials from outside th site along the resource belt. The goods are then distributed Waste management facilities (e.g. recycling centres) are i these goods distribution centres so that recycled materia distributed to the makers and builders within and outside th


OURCE BELT System Analysis

1.resource belt

2.cIVIC belt

Touching the runway lightly The runway is dotted with pop-up shops, makers wor kershops, ar tist villages, hacker spaces and other small-scaled spaces, housed in lighted weighted structures.

Lido Line Swimming to one’s destination, with shower facilities provided along the line.

e underground he site into the d via drones. integrated into als are swiftly he site.

Transport Interchange

RUNWAY

RESOURCE BELT

Almost like an echo of its history, the runway is buzzed with movement of people and the exchange of transportation modes. Seamless connections from the MRT stations to other parts of the site via light rail trains. Bicycle rentals, jogging paths, pod cars and the lido line.

THE COLLAB-ORATORY

53


SECTION OF EC

Atmosphere of agriculture/ hoticulture experimentation from the podiums is spread to housing where dwellers are also carrying out their own experimentations planting,growing, fertilising, watering, testing

Urban Farming

ECOLOGICAL BELT

RUNWAY

The podiums of the housing blocks situated along the ecological belt contains agriculture research facilities and supermarkets that sell the local product grown on site. There is a constant exchange and discoveries with actual farming practices(both high-tech and traditional) between the researchers and the farmers.

PROJECT 5

The terrace contains agriculture research w traditional farming happening along the terra


COLOGICAL BELT

System Analysis

3.ecological belt

Bioswale/ alternative transport Water bodies run along the ecological belt with wetlands as a natural water purifier to clean greywater from the housing. The bioswale is an oasis in the highly densed site where people can gather around as a public space. This is part of making process more transparent. Water taxis operate along the waterway, serving as an alternative transport for the waterfront housing and programmes.

within. With ace.

THE COLLAB-ORATORY

55


06

AUTONOMOUS TECTONICS Tutor: Prof. Matias del Campo, Prof. Sandra Manninger Duration: 2015/06- 2015/07 Collaborator: Jin Chunxu, Liu Xinwen, Ye Xincheng, Wu Jingxuan, Xu Yihan, Yin Xiaofan Contribution: Research 60%, Construction 30%

PROJECT 6


Autonomous tectonics

57


PROPOSAL: ROBOTICS PLASTIC EXTRUSION Robotics plastic extrusion is a way to rethink the method to build architecture. The conversation strives to discuss the inherent aspects in a novel robotic construction method which does not rely entirely on predefined computational models but rather explores the implications of loose computational models, and material computation. The continuous gesture achieved by the process allows additionally to think and speculate about the architectonic problem of joint and detail. In fact the project primarily denies aspects such as detail in a conventional fashion. The uninterrupted deposition of material allows to avoid the problem of the joint. The benefit of such a solution lies in the ability to overcome the subdivision of architectural envelopes.

Material Investigations As the goal was to produce a large-scale model in which a robot extruded themosetting plastic, a series of initial investigations were conducted, and finally we chose PP(Polypropylene) and glue. Both of them were subject to high temperatures and gravity, and they also solidated and became stable when temperature drop. Simulation of material' speed of Solidification : From ideal situation to real situation Environmental quality | From Low Temperatory to High

Materials' quality | From high speed of solidity to low speed of solidity

Experiments and Results ABS (Acrylonitrile Butadiene)

PROJECT 6

PP (Polypropylene)

PE

GLUE

(Polyethylene)

(Glue)


Operating Platform There are two KUKA roborts working in operation.One of them is to extrude materials out of the machine following specific toolpaths (Kr60ha), another one is to shape the material into specific construcion using forks of its own (Kr120 r2500). Both of them are 6-axis industrial roborts.

Plastic jet Extruding materials

The Extruder

Melting container toolpath Engine of heating

to extrude the materail out of the melting gun.

material The Forks to help hold the material till it dries out and solidate

The Illustration of Melting Gun

Autonomous tectonics

59


RESEARCH ON FORM Deformed and shaky 1-layer wall

Regular and unstable enough 2-layers wall

Not regular but stable enough 2-layers wall with spatial connection

Regular and stable enough 2-layers wall

PROJECT 6


CONSTRUCTION PROCESS

Exhibition

Autonomous tectonics

61


'Tube' tower Tutor: Fleet Hower Time: 2016 Summer Solo


nightmare Tutor: Fleet Hower Time: 2016 Summer Solo

OTHER WORKS

63


01/2017

presented by

LI Jingsi

I would like to thank all my family, teachers, friends for their valuable advices and support.


64


Jingsi Li Phone: + 1(347)3308889 Email: jl3533@cornell.edu


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