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PORTFOLIO
City Of The Dead
09/2019 - Individual Project
Yangzhi LI
Space Formed by Body Language
12/2018 - Individual Project
The short-living building
07/2019 - Year 3 - Individual Project
2017-2019
Humble Construction - ‘ Lot 490 ’
03/2019 - Year 3 - Individual Project
Green Urban Connector
07/2018 - Year 2 - Individual Project
City Of The Dead I speculate that the future society will possess prominent science and technology productive forces, and the architecture may evolve into various machines. Human life will be controlled by the intelligent and digitized technology. The happiness that should derive from “life” is replaced by the pleasure that brought by “digital entertainment of commodities”. People enjoy themselves in such a vacuous and bromidic world rather than being afraid. Their needs will be satisfied by the supply of buildings in this society accompanied with their loss of self-reflection ability. In Guy Debord’s words, the risk of being bored to death is a trade-off for a world that won’t starve to death. These are my predictions of urban architecture under the background of digital age and my reflections on human life style in the future.
Reference
“Amusing Musing Ourselves To Death”
4
1 4
2
3
5
6
People’s reliance on the Internet and artificial intelligence is gradually making them lose their self. 1 Everyone has a QR code on their head. 2 Virtual-reality movies get ready for the VR revolution 3 People’s head is locked in a box. 4 Graffiti on the streets, the human brain is 7 connected to data wires and charging 5 A wide variety of electronic products 6 A man lying in a cradle of data lines 7 The human brain is filled with chips. 8 8 The computer replaced the human brain. ”Industrial Society and Its Future“ - Theodore Kaczynski The paper wrote: “What we do suggest is that the human race might easily permit itself to drift into a position of such dependence on the machines that it would have no practical choice but to accept all of the machines decisions. “ The industrial revolution and its outcome have brought disaster to mankind. Although the life expectancy of us, who live in “developed” countries has been greatly extended, this fact has undermined the stability of society, emptied the sense of achievement in life, humiliated humanity, caused widespread mental suffering (in the third world, physical suffering) and immense damage to nature. Continued technological progress will only aggravate the situation and will inevitably lead to greater humiliation for humanity, greater damage of nature and greater social fragmentation.
Data intelligence analysis Data intelligence analysis development space in the account field: scale, competition, and trend.
Data Account location
Competition is not difficult and easy to cut though
02
01
After World War II, Fordism prevailed, which provided the material conditions for the rapid development of Internet. On this basis, the Internet has become more intelligent.
The development of the Internet and artificial intelligence is faster than people imagine. People are getting used to unmanned shops, facial recognition payments and qr codes.
Fans like the ratio
Competition 03
05
Scale
Reference value Content effect
Content
Generally, 0.1, excellent 0.2
Hotspot data
Account location: account area + content + IP. Account type – 180 fields of vibrato account, summarized as face value class, heart class, collection class, cure class, funny class, talent skill class, exclamation class, etc.
The user trend is large and the trend is rising.
Xigua index Xigua data: Data analysis tools based on big data, such as Tik Tok, kuaishou, and meipai and other video platform.
analyse the explosion video content + performance.
Hot topics + hot events
Peer data
Material, creativity, form, pink
the greater the ratio, the stronger the account or content powder absorptionmance. Feigua data Track short video traffic trends, provide popular videos, music, hot and quality accounts, help account content positioning, fan growth, and traffic monetization.
caas data caas data is a video-wide big data open platform. The platform for detection is not only Tik Tok, but also kuaishou, bilibili, meipai, miaopai, xigua video, huoshan video.
02 03 01
Theodore Kaczynski asserts that in the industrialized era, humans are controlled either directly by highly intelligent machines or by a few elites behind them. If the former is the case, it means that human created their own bane; If the latter is the case, it means that the terminal of the industrialized society is in the hands of a few elites.He believes that technology will bring immense disaster to mankind. He wished that mankind can abandon technology and get close to nature.
User's overall account fan/video added praise
04
Development space Account location
Content effect
01 Xigua index of commonly used tools for data analysis.
02
Main functions: including the broadcaster's daily list, weekly list, total list, praise list, fan list, comment list, rising list, topic Through the Feigua data, you can also hot list, rising list and other data search for popular videos, music, bloggers, can be comprehensive analysis etc., and you can also find the hot goods. of the index.
caas data
It is China's authoritative video network data, open platform, relying on professional data mining and analysis capabilities, providing data support for video content creators in program creation and user operations, providing data reference for advertisers' advertising head delivery.
Ward
Small office room
Small office room
Data monitoring room
Single office room
Treatment room
Double room
Small meeting room
Single room
Meeting room
Double office room
Study room
Doctor’s office
Lecture room
Meeting room
office room
Lounge area
Storage Room
Ward
Dining room
Architecture is colossal and movable. Its location can be changed as required. It integrates various mechanical functional areas, which can be connected with each other to be a huge city if it’s necessary.
multifunctional building
leisure area ferris wheel transportation facility subway railroad track underground workshop
All the human needs can be satisfied as it’s not only a physical form but also contains rich information. It is the architecture that blend the real configuration and virtual information.
Data workstation crane beam USB interface interconnection line computer chip exhaust fan cover plate caterpillar motherboard
floor plan
underground workshop
This is a space under the extreme rule of intelligent systems. Radar can detect the direction of human flow through ultrasonic waves and monitor all human behaviors. It can not only track the position of people, but also track every heartbeat, breath and even brain wave. All the data is under the control of artificial intelligence, sot that through the analysis of these massive data, machines can control human beings and restrict their thinking. Data
Crowd streamline distribution map
Gate counts
Connectivity
Point first moment
Point second moment
The conceptual model People living in this building will lose the ability to think for themselves. What people want to do will be transmitted through data cables and ultrasonic waves to the machine running the workstation below the multi-functional building. The machine will perform the tasks they want to accomplish instead of human beings through calculation.
Ultrasonic obstacle avoidance robot Ultrasonic obstacle avoidance robot can find out if anyone is moving around the room and where people are going.
Every corner of the building is connected by data cables. The whole building is built on a computer motherboard, and each data interface controls different functional zones of the building.
The workshop under the subway
The section of leisure area
The section of workshop
Top view of the section of apartment
In recent years, the speed of artificial intelligence and technology development in Shanghai is unexpected. Shanghai is a typical big data city in China. Indicated by The black icon is The mooring location of The building.
ShangHai, Huangpu district
The bottom structure of the building
The section of apartment
Ferris wheel interior The workshop under the subway
Ferris wheel for transportation The workshop under the subway
Chips at the bottom of the building and movable tracks
Building exhaust fan
The ward in the apartment
Look out from the subway
Space Formed by Body Language
The project focuses on the space formed body language. I use elastic cloth to wrap the hands and limbs of the human body so that the they can move under the cloth. Elastic cloth as a medium, can better show the space formed by body language. Through recording the movement path of human hands and limbs, we find the possibility of them forming the spaces. In the study of solidified materials, I found that isomalt is the most suitable material for solidifying body language formed space. When heated at high temperatures, it becomes a viscous fluid. Then I poured it over a fixed posture, it quickly cools and solidifies the formed space. The solidified space model can be used as a building or as an indoor installation.
Reference 1: “The Horse In Motion“ Copyright , 1878 , by Muybridge 2: “The People In Motion“ The space formed by the hand during the movement. Recording every frame produced by the human in the process of movement. 3: “Body language” 4: The space generated by people and geometry People makes all sorts of different movements on three geometries,
1
3
2
4
Research on Materials: which material can best express the space of body language formed elastic fabric density intensity elasticity satin density intensity elasticity tpu density intensity elasticity
I selected elastic fabric, fixed the it, and my hand moved and twisted under the elastic fabric
Rhino - Make a simulation model with rhino and make the model simulate hand rotation
After torsion
Experiments on Plasticity of Isomalt--Space of isomalt formed on ice
Experiments on Plasticity of Isomalt--Space of isomalt formed on model and hand
STEP 1: Pour the isomalt into the pan. STEP 2: add water and stir. STEP 3: heat to 180 degrees. The isomalt becomes a viscous liquid. STEP 4: add pigment (because isomalt is transparent, this is to make the model look clearer). when the liquid cools to about 100 degrees, pour it on the ice (ice can be a substrate speeding up the cooling of isomalt), small pieces of ice creates high space density. Each piece of space is small, and the ice blocks is resized, large pieces of ice can create a lot of space.
STEP 1: Pour the isomalt into the pan. STEP 2: add water and stir. STEP 3: heat to 180 degrees. The isomalt becomes a viscous liquid. STEP 4: add pigment (because isomalt is transparent, this is to make the model look clearer). when the liquid cools to about 100 degrees, pour it on the model.
Realflow - Based on rhino model, made the simulative animation of water falling from the air.
Autodest Softimage - simulate the space formed at the moment of water flow.
Using softimage to simulate the 30 frames animation of human in motion
The space formed between person, the ground and the wall .
Wrap the human body under the elastic fabric, let people make different movements, record the human body movement under the fabric will form what kind of space .
the short-living building The project about salt brick is related to the environment. It aims to redefine the relationship between human and nature by recording the changing process of time to the spatial structure of buildings by salt bricks. As a natural material from the earth, it is for some nomadic people in arid inland areas. It is a kind of material that can be completely decomposed by the natural environment. In the experimentation, I have extensively studied the characteristic that salt bricks can record time. For example, under different heat and humidity conditions, it turns into different forms. I also carefully classified the buildings on how they form self-functional spatial patterns based on local climate changes such as wind direction, light and rain. However, this is only a short-lived building, which will eventually be eroded by the local sand and rain. In this way, all the construction materials return to nature, thus achieving the integration of human and nature.
Reference “An. Peace / Earth Garden” “Flight of the Fly”
Inspired by this reference, bricks are not limited to square arrangement, they can also have different shapes.
In northwestern China, nomadic pastoralists in northern Xinjiang, who travel between grasslands and deserts without a permanent home, drive livestock, travel long distances and migrate with their families throughout the year in response to changes in pasture. Because of the particularity of nomads’ living, they cannot live in a fixed place for a long time. As salt bricks will gradually erode with the desert weathering and then blend into the nature, it can be used as nomads’ building materials.
“Flight of the Fly” Saint-Etienne, 2006 Bricks [Vol de la mouche] Saint-Etienne, 2006 Briques
“An. Peace / Earth Garden” Yingge. Taiwan 2014 Bricks [ Peace / Earth Garden] Yingge. Taiwan 2014 Briques
Study on the Arrangement of Bricks Try to arrange the bricks in different angles and in different directions, and find out the unique logical order of the bricks .
Break the convention and study how to make curved surface with brick
Dunes are small hill or ridges built up by wind. The direction of the bricks is determined by the direction of the dunes, so that they can be weathered quickly after the nomads have gone.
Based on the above research on brick arrangement . Using Rhino - grasshopper parametric modeling to construct a brick wall, and the density of the brick wall varies with the parameters. There are 16 adjustable parameters in this group. Each parameter determines the density, volume and size of the bricks respectively .
Predominant wind Predominant wind Predominant wind
Predominant wind
Predominant wind
Secondary wind
Predominant wind
Secondary wind
Secondary wind
ITEM 1
Secondary wind
X COMPONENT : 1 Y COMPONENT :2 ITEM 2
X COMPONENT : 2 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT :2
X COMPONENT : 4 Y COMPONENT : 2
X COMPONENT : 5 Y COMPONENT : 2
X COMPONENT : 6 Y COMPONENT : 2
X COMPONENT : 7 Y COMPONENT : 2
X COMPONENT : 8 Y COMPONENT : 2
X COMPONENT : 9 Y COMPONENT : 2
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
ITEM 1 X COMPONENT : 3 Y COMPONENT : 1 ITEM 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 3
X COMPONENT : 3 Y COMPONENT : 4
X COMPONENT : 3 Y COMPONENT : 5
X COMPONENT : 3 Y COMPONENT : 6
X COMPONENT : 3 Y COMPONENT : 7
X COMPONENT : 3 Y COMPONENT : 8
X COMPONENT : 3 Y COMPONENT : 9
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 8 Y COMPONENT : 7
Below is a wind direction diagram of different types of sand dunes
Barchan dunes
Longitudinal dunes
Barchanoid ridges
Star dunes
Transverse dunes
Parabolic dunes
X COMPONENT : 8 Y COMPONENT : 7
Seasonal wind rose N NW
W
Net
NW
NE
E
W
E
S
S
Wind direction
SPRING
Inital deposition
Paling
SUMMER N
N
Scour Lee
NW
Windward
SE
SW
SE
SW
NE
NW
NE
NE
ITEM 1
Injection
Secondary crest
W
E
SE
SW
Original surface Secondary crest
W
SE
SW
S
S
AUTUMN
WINNER
N 15.0
N NW
Final fill
E
NE
10.0 5.0
New fence W
E
W
E
Old fence SE
SW S
ANNUAL
S
X COMPONENT : 3 Y COMPONENT : 2 ITEM 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 1 Y COMPONENT : 7
X COMPONENT : 2 Y COMPONENT : 7
X COMPONENT : 3 Y COMPONENT : 7
X COMPONENT : 4 Y COMPONENT : 7
X COMPONENT : 5 Y COMPONENT : 7
X COMPONENT : 6 Y COMPONENT : 7
X COMPONENT : 7 Y COMPONENT :7
X COMPONENT : 8 Y COMPONENT : 7
X COMPONENT : 9 Y COMPONENT : 7
ITEM 1 X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 3 Y COMPONENT : 2
X COMPONENT : 1 Y COMPONENT : 8
X COMPONENT : 2 Y COMPONENT : 8
X COMPONENT : 3 Y COMPONENT : 8
X COMPONENT : 4 Y COMPONENT : 8
X COMPONENT : 5 Y COMPONENT : 8
X COMPONENT : 6 Y COMPONENT : 8
X COMPONENT : 7 Y COMPONENT : 8
X COMPONENT : 8 Y COMPONENT : 8
ITEM 2 X COMPONENT : 0 Y COMPONENT : 8
U COUNT : 2 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 5 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 10 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 15 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 20 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 25 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 35 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 5 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 10 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT :15 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 20 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 25 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT :30 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 35 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 0 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 0.1
U COUNT : 30 V CONNT : 40 VALUE : 0.2 VALUE : 1
U COUNT : 30 V CONNT :40 VALUE : 0.5 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 1 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT :40 VALUE : 3 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 4 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 5 VALUE : 1
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 0.3
U COUNT : 30 V CONNT :40 VALUE : 2 VALUE : 0.5
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 0.8
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 1
U COUNT : 30 V CONNT :40 VALUE : 2 VALUE : 1.5
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 2
U COUNT : 30 V CONNT : 40 VALUE : 2 VALUE : 2.5
The brick wall is arranged according to the direction in which the sand dunes are formed, is best suited to desert areas.
temperature
65℃
humidity
95%
time
8 Hours
30 min
1 hours
1.5 hours
4.5 hours
5 hours
5.5 hours
2 hours
2.5 hours
3 hours
3.5 hours
4 hours
6.5 hours
7 hours
7.5 hours
8 hours
The experiment increases the parameter value of simulation environment. The temperature in the experiment was twice that of the real environment, and the precipitation was 20 times that of the real environment. In the experiment, salt bricks were immersed in warm water at 60 degrees Celsius and measured every half hour. Record the disappearing process of salt brick. 6 hours
Simulated salt brick wall
Autodesk Flow Design - Outdoor wind force analysis of buildings
Salt brick walls slowly erode and disappear with weathering
Below is the wind force analysis of the building. Red is the dominant wind direction, the part that is most eroded by the wind, so the red part of the building is where the bricks disappear the fastest,The second most eroded area is green, and the last is blue.
The figure describes the process from the evolution of a wall to the formation of the final architectural space. The final design has both private and open spaces . Simulated wind erosion
The figure describes the process from the evolution of a wall to the formation of the final architectural space. The final design has both private and open spaces .
40 m
HUMBLE CONSTRUCTION - ‘ LOT 490 ’
20 m 10 m
The pattern or “totem” chosen for this design was a turtle shell and how a series of Hexagons could be stretched and altered to form a usable space.
The site is located in Kingscliff, northern New South Wales and sits along the coast within the caldera of an ancient volcano, with Mount Warning (Wollumbin) sitting at its core.
entrance
original
cafe shop
culture centre
gallery
cafe shop culture centre gallery
400 m
1.4 km
drive to parking
pedestrians
A main road travels through the centre of the site, dividing it into eastern and western halves and provides the division that will be between the cultural centre side and the glamping resort side of the development. The site is Lot 490 (or Lot 1 and Lot 2 DP1117599), located on the south-east side of Cudgen Creek on the south side of Kingscliff and is in the territory of the Minjungbal people of the Bundjalung language. It will be developed in collaboration with the Tweed Byron Land Council and the local Indigenous community. The project proposes the design of a cultural centre on the Western half of the site and a ‘glamping’ resort on the east. A limitation is the proposed budget for the project. The site, Lot 490 is sandy and is covered with a mix of native and weed vegetation.
accomodation
office room
accomodation office room
My design concept is humble construction, because human is actually small in the nature, so we should humbly contact with nature, all the buildings in the project are in line with the contour, which is the most economical budget, as well as the safest and most efficient way to build.
‘ GLAMPING ’
There is a skylight on the roof of the house, allowing sunlight to enter, providing natural light to the room. The material of the house is wood and glass. Glass is used as a material to make the field of view more open inside the house.
‘ CULTURAL CENTER ’
The first floor of the Cultural Center is a library and reading lounge area, and the second floor is a cultural exhibition area.In the middle of the building is a countyard where sunlight can shine in. The tables and chairs in the courtyard are made up of multiple circles. On the top of the table and chairs, there are circular shutters. Above the shutters are plants. With the sunlight, and the rain, the plants can grow. In the middle is a large (waterproof) screen that can play cultural videos.
Chat with friends Working / Study
Children's play Chat with friends
Have a drink
Working / Study
Picnic Take photo
Do business
Meet Mr. right
‘ CAFE SHOP ’
The café is placed by the river and has an outdoor area where you can eat, drink coffee and see the scenery. The stairs next to the coffee can allow about 20-40 people. If there is any performance, it can also be a small amphitheater. In usual, the stairs can be a place where people can rest. At the highest point of the stairs, beautiful scenery can be seen.
Green Urban Connector
Working model
The above are the four working models, which are the source of the design concept.
Primary model The main purpose of this project is to facilitate the passage of people on both sides of the river, but this is not just a bridge, it is also a place to stop and rest in the city and exchange activities with people. This project had the intention of revitalising the city streets and riverfront pre- cincts on the Brisbane River, creating a Green Urban Connector, linking Kangaroo Point and the Brisbane CBD. 図�用
S=1/100
My proposal of the design concentrated on the concept of direct and indirect pathways interweaving to create nodes for facilities. Following this design idea, the result created areas for public use and enhanced the design philosophy of creating destinations.Learning outcomes from this project included developing an architectural design for a complex structure that con- siders both conceptual and functional requirements in relation to the users of the space and existing environment.
Final model
The bridge is mainly composed of five function area and a main road, which have difference functions. They are amphitheatres, public squares, cafes, outdoor viewing platforms and small marina. The only threat to the area is flooding, so the five function areas are floating on the water, rising and falling as the river goes up and down. The following scenes are the public square, the main road of the bridge and the amphitheatre.