Portfolio_YINUO_ZHANG

ARCHITECTURE

PORTFOLIO

ZHANG YINUO

PORJECTS 1

Nexus

2

Japan Regeneration Island

3

Adaptive Evolution

4

History of Asian Architecture

5

The Kid through the Forest

6

The Transition Station

契 NEXUS Landscape Design Project Group Project 2023.7 — 2023.8 Adviser:Jin Zhang Address:Jingjiang District, Cheng du City,Si chuan Province This work aims to explore the relationship between humans and nature, and use it as an opportunity to create an invisible space, allowing humans and nature to engage in a dialogue full of unknown. In this work, we first extract the original model from biological genes, and then connect it with "cities, rivers, and greenery" based on "flesh and bone skin", and then derive the form through algorithms. This process not only achieves a subtle connection between humans and nature, but also endows the work with unique artistic charm. The device adopts a brand new design concept, perfectly combining natural elements with artistic elements, creating a space full of unknowns. Here, people can feel the wonders and mysteries of nature, while also experiencing the charm and power of art. In addition, the device also has strong interactivity. People can interact with works through touching, swinging, plant growth, and other means, experiencing the fusion of nature and art. This interaction not only brings joy to people, but also stimulates people's thinking and exploration of nature and art, providing an opportunity for people to have a dialogue with nature and better understand the mysteries of nature.

Historical Analysis

Site Analysis

Chengdu has a thousand year history. Chengdu is one of the earliest and longest developing cities in China, with a history dating back to 3200 years ago.

Jinjiang District, Chengdu City, Sichuan Province

N

Environmental Analysis

102’N 102.1’N 102.2’N 102.3’N 102.4’N 102.5’N

Annual Sunshine

Chenghua District

Sunlight hours

Number of sunshine days

Average annual temperature

Early ancient Shu nurtured civilizations such as bronze culture, gold and stone culture, and laidthe foundation for the genes of Tianfu culture.

Jingjiang District

After Qin Dynasty , Dujiangyan Irrigation Project Water Conservancy Project was established, which established the reputation of Chengdu as a land of abundance.

The highest

W

During the WeiJin Dynasties, it became the largest city in Shu Han

The lowest

Average

Average annual precipitation

Wuhou District

E Precipitation

Number of precipitation days

Aythya Pochard

SITE Bailuwan Wetland Park

The An Shi Rebellion of the Tang Dynasty became a major turning point in the development of Chengdu's history

Age statistics 0-14

LongquanyiDistrict

15-59 60-65 Over 65

During the Northern Song Dynasty, the world's earliest paper currency appeared in Chengdu

Legends

Shuangliu District

Ecological park

Phragmites

Tianfu Greenway Main road Secondary road The devastating war in the late Ming and early Qing dynasties led to the destruction of Chengdu, marking the beginning of the era of darkness

River Water body Chengdu Twin Towers

Green space

Guihu Park

European Center

TV Tower Taikoo Li

0

1500M

4500M

7500M

Jiutian Tower

Phragmites area

Phragmites buffer belt

Aythya pochard area

Aythya pochardbuffer belt

Music Park In the late Qing Dynasty, the patriotic movement to protect roads broke out in Sichuan, promoting the Wuchang Uprising and making significant contributions to the Xinhai Revolution

In the 11th year of the Republic of China, modern universities of Sichuan University were established in Chengdu

Jinjiang District.

S

Background Analysis

During the reign of Emperor Q i a n l o n g , Chengdu had recovered from the chaos of war, and the millennium old city was still in existence

Ictinogomphus rapax

Main biological analysis

Tea culture Ancient Shu Culture

Chengdu Panda Culture Chengdu is the location of the Global Panda Conservation Center and one of the birthplaces of panda culture. In Chengdu, one can better feel the beauty of harmonious coexistence between humans and nature.

Hot pot culture

Chengdu hotpot is an important component of Chinese culinary culture, renowned for its spicy and fragrant taste.

Chengdu is one of the birthplaces of ancient Shu civilization, with a long history and rich culture.

Sichuan Opera Culture Mahjong culture

Sichuan Opera is one of the traditional art forms in the Sichuan region, known as a unique flower of Eastern song and dance art. Its a representative culture of Chengdu.

Ictinogomphus rapax area Ictinogomphus rapax buffer belt

Genetic algorithm

Genetic algorithm

Originated from computer simulation research on biological systems and is a random global search optimization method. He simulated the phenomena of Minimalism replication, crossover, and mutation that occur in natural selection and genetics. Starting from any initial population, he randomly selected crossover and mutation operations to generate a group of individuals that are more suitable for the environment, which is the population evolving into better and better areas in the search space. This generation continues to reproduce and evolve, eventually converging to a group of individuals who are most adaptable to the environment, in order to find high-quality solutions to problems

Logical Framework

Complexity

F (x, y, z) is equal to a given value Ft, that is, the isosurface is a surface composed of all points S={(x, y, z): F (x, y, z)=Ft} An isosurface is a type of surface. In space, if every point has a set value. This value may be pressure, temperature, velocity, or density.

So, ea ch poi nt conta ined i n a n is os u rf a ce has the same set value. In other words, for a continuous function defined in three-dimensional space, each level set is an equivalent surface.

By applying computer graphics, we can easily display wireframes or shaded maps of isosurfaces.

In medical imaging, three-dimensional computed tomography uses isosurfaces to represent the location of a density range. In this way, we can visualize internal organs, bones, and other structures.

Inital model

Genetic algorithm

Step 1 sorting different cities to obtain different sequences, and obtaining the optimal solution by swapping the order

Step 2 Each city is a genetic unit on the chromosome. The total path length of cities 1 to 7 can be considered as the fitness value of the chromosome

step3 The staining process is constantly changing through gene exchange or mutation

Step 4 Randomly generate N city sequences in the initial stage.

Step 5 Gene transformation Gene variation

Step 6 The appropriate values are sorted, and the N group chromosomes with the lowest fitness value are selected as the winner o f this e v o lution . T h e y are used to replace the ancestral community, and then the previous steps are repeated

Step 7 Each cycle during the step period will result in a sequence solution that is lower in fitness and more optimized than before

Complexity

PDB

Point generation

Minimalism

Line generation

Model 1

Model 5

Model 2

Model 6

Model 3

Model 7

Model 4

Model 8

Face generation

RCSB PDB (RCSB. org) is a US data center archived by the Global Protein Database (PDB), used to store 3D structural data of large biomolecules (proteins, DNA, and RNA) crucial for basic biology, health, energy, and biotechnology research and education.

Cellulose Synthase

Plants produce a tough cellulose chain of sugar one at a time.

PDB entry 6wlb includes trimers of cellulose synthase, which are arranged here based on electron micrographs of the entire rosette.

Each subunit synthesizes a cellulose chain, which is shown in brown here.

Reinforced isolation wall The construction of cell walls is much like reinforced concrete. Cellulose fibrils act as reinforcing rods embedded in other protein matrices, such as xyloglucan and pectin, which together form tough but adjustable cell walls.。

Photosystem I

Point generation

Convert carbon dioxide into sugar and use the energy of sunlight as a driving force to produce organic molecules for life from the air.

This process is called photosynthesis, providing the material basis for all life.

Capture Light The center of photosynthesis is a type of protein called the photosynthetic reaction center. These proteins capture individual photons and use them to provide power for building sugars. The example shown here is Photosystem I (PDB entry 1jb0), one of the two large reaction centers used in cyanobacteria, algae, and plants. The optical system I is a trimeric complex that forms a large disk. In cells, the complex floats within the membrane, with large planes exposed above and below the membrane.

Logical Framework Biogenomics

Life molecules

Plant biology

Model 1

Biotechnology

Protein synthesis

Rubisco

......

......

Optical System II

Model 2

Model 2

Theoretical & Date

Model 3

Model 1 Face generation

Model 1

Model 2

Model 2

Model 3

Model 3

Line generation Face generation Point generation

1jb0

Line generation

Position and quantity of pressure points：13

Face generation ......

Model 3

Point generation

Optical System I 6wlb

PDB

Model 1 Line generation

6wlb-Number and position of fibers：34441

{(x, y, z)：F(x, y, z) = Ft

isosurfaces

genetic algorithms

Cuberille，Marching Cubes(MC)

Random global search optimization method

Magnetic field visualization A surface in space on which the value of the function F (x, y, z) is equal to a given value Ft, i.e. the isosurface is a surface composed of all points S={(x, y, z): F (x, y, z)=Ft}

Genovariation Gene conversion

Spatial partition values： X*X=2700

6wlb-Type of fiber ribbon display：N，C， O，H，S

6wlb-Group display and body volume (nanoscale)：1.4339e+7

Range selection and quantity：13

Equivalent surface visualization

Gene optimization Gene optimization 1

Gene optimization Gene optimization 2

Model optimization 1

Model optimization 1

Model optimization 1

Model optimization 1

Model optimization 1

Final optimization model

Structural splitting Model A component composition

Size Model B component composition

Model A exterior

Model splicing method Metal components

Top view

detail view

detail split view

Plan The model consists Extract individual of two layers of A-layer construction components, A and B

The model consists Extract individual of two layers of B-layer construction components, A and B

A,B component

Model B exterior Model Each component in layer A can be displayed separately

Each component in layer B can be displayed separately Top view Plan

Each single piece has creases and corresponding serial numbers

detail view

detail split view

Model optimization 1

Model Analysis

Three Views

Model Size Size 1

Oriented Analysis Axis side view

Front view

Right view

Top view

Top view

Right view

Front view

7M 6M 5M 3M

7.2 M

4M 2M

Z-axis analysis Axis side view

Front view

Right view

Top view

1M 0

Size 2 5.25M 4.5M 3.75M

Structural splitting Model A component composition

Model B component composition

5.2 M

3M 2.25M 1.5M 0.75M 0

Size 3 3.5M 3M The model consists Extract individual of two layers of B-layer construction components, A and B

2.5M 2M 1.5M 1M 0.5M 0

Each component in layer A can be displayed separately

Each component in layer B can be displayed separately

Each single piece has creases and corresponding serial numbers

3.3 M

The model consists Extract individual of two layers of A-layer construction components, A and B

Adaptive Evolution of Urban Villages A Sustainable Architectural Regeneration System and Dynamic Cycle China's urban density is constantly increasing, and cities are also being transformed from the construction process of major demolition and renovation to the reconstruction of stock and quality. Meanwhile, due to the rapid expansion of cities, urban fabric, urban culture and people's memory are constantly being destroyed. Only by solving this problem can people's living environment be improved. Our project aims to explore how to promote the adaptive evolution of urban villages and promote the sustainable development of high-density cities through building regeneration systems and dynamic circulation.

Theme and Purpose: This project revolves around how to facilitate the renewal of urban villages and reshape the architectural order in high-density cities. The main objectives include: -Functional Reallocation: Reassigning residential, commercial, and other spatial functions for optimization.

-Building Iteration System: Through maintenance, modification, and reconstruction, we aim to establish a sustainable building iteration system that aligns with the key concepts of the HOP CUP competition.

-Renovation Strategies: 1. Building Iteration System Construction. 2. Green Materials Application: Including the reuse of materials and the integration of greenery.

Category: Competition, Group Work Typology: Residential Design, Urban Design Time: Jul.2024-Aug.2024 Site: Shanghai, China Property: UIA-HYP CUP 2024 Academic Work Tutor: Wang Meng(391617727@qq.com) Contribution: 40%Research, 70%Concept, 50%3D-Modeling, 60% Rndering, 60%Drawing

Traffic Analysis/Key protected buildings

Background Analysis

Historical Analysis

Building Regeneration Through the recycling of building materials and the recycling of construction waste to build a building recycling system, strengthen the development and application of new technologies, and constantly improve the economy and feasibility of the building recycling system.

Achieve sustainable development in the true sense, reduce the burden on the environment, and build a greener future city.

Adaptive evolution of urban village

Solve the problem of urban density

Redensification

Through attached buildings, superimposed buildings and parasitic buildings, the existing old buildings are transformed and rejuvenated, and the existing structures, facilities and other resources are used for space replacement, giving the buildings new functions and forms, realizing regeneration and utilization, and meeting the new needs of use through the expansion of functions and Spaces.

Dynamic cycles in sustainable development

Construction waste resources

Allocation and reuse of resources

Building regeneration

Circulation

Recycle building materials

Repetitive development

Urban density of China

Present situation of urban village

Site Analysis Area1 This area contains the former residence of Ai Kejiu, Ai Jia Lane and West Tang Jia Lane, which is a block with the traditional characteristics of Shanghai.

Song dynasty

Develop

Old city wing

Gate of Shanghai

Minor Song Gate

Today's downtown Shanghai was once a vast expanse of water. Roughly north from Luotang, through Jiading city, th e n a l o n g th e N a n x i a n g , Zhudai, Yutang village line, south to Zhelin. The east of the Gangbody was continuously alluvial to form new land, about the early Song Dynasty, the entire territory of today's Shanghai was basically landlocked.

In the first year of Xiangfu in the Northern Song Dynasty , a wine administration named "Shanghai Affairs" was established, whose responsibility was to manage wine making and collect wine taxes. Xining ten years in Xiuzhou seventeen wine institutions ranked first, at that time Huating was under the jurisdiction of Xiuzhou (today Jiaxing).

In the thirty-second year of Ming Jiajing , the city wall was built in Shanghai County, which was repeatedly harassed by Japanese pirates.

Today, the end of Shanghai Zhonghua Road meets the end of Renmin Road, and these two semi-curved roads form a encircling circle, which is the outline of the city wall at that time.

When the county was first built in the Ming Dynasty, there were six gates: Chaozong Gate (East Gate), Cross-Longmen Gate (South gate), Yifeng Gate (West Gate), Yanhai Gate (North Gate), Chaoyang Gate (small South Gate) in the southeast direction and Baodai Gate (Small East Gate) in the northeast direction.

In the Ming and Qing Dynasties, it was a gathering place for handicrafts and wooden trades. Out of the gate can be along the Dongjiadu Road straight to the river ferry pier.

Traditionally, "Rich people live in the south of the city" in China, so until the late Qing Dynasty, it was a place where famous families lived.

Area2 The area is home to the Shujin Building, a municipal heritage site, as well as many historical streets, including Lingji Street and Dongmeijia Street.

Present situation of urban village

The pace of life of the people in the site is slower, usually some of the elderly and lowincome people live.

Area3

Area III contains the old residence of Yu Songnian and the old residence of Qiao Yiqi, all of which are protected buildings with important historical significance.

The road is relatively narrow, and people's means of transportation are mostly bicycles, tricycles and walking.

The buildings on the site are dilapidated, the walls are falling off, some have been cordoned off, others are being demolished.

Concept In order to rebuild the urban density and balance the conflict between conservation and development. For the old urban area of Xiaonanmen, Huangpu District, Shanghai, different buildings were selected to be "retained, changed and dismantled" for gradual organic renewal and micro-renovation to achieve the purpose of urban renewal.

E A Reserved building D B Renovate the building

Additions maintain stability

C Reconstructed buildings

Increase demand

C completion satisfy the needs of

Maintenance Retain (A) : Retain the building

E A保留的建筑

Preserved

Renovation (B) : Renovation of the building (not started)

Transfer

Demolition (C) : Demolition and construction of new buildings (not started)

Dismantle

D B改造的建筑

加建维持稳固性

维持 多样性

Retain (A) : Retain the building

C完成

X 提高密度

满足需求

加固与维护

Preserved

Renovation (D) : Renovation of the building (completed)

Transfer

Demolition (C) : Demolition and construction of new buildings (not started)

Dismantle

Stay (D) : Keep the building (to begin demolition)

Preserved

Renovation (E) : renovation of ancient buildings, etc

Transfer

Demolition (C) : Demolition and construction of a new building (completed)

Dismantle

Stay (D, E) : Keep the building (to begin demolition)

Preserved

Renovation (C) : renovation of ancient buildings, etc

Transfer

Demolition (D) : Demolition and construction of new buildings (not started)

Dismantle

Retention (D, E) : Retention of the building

Preserved

Retrofit (C+E) : modification of buildings, etc

Transfer

Demolition (D) : Demolition and construction of new buildings (not started)

Dismantle

Circular Construction

Analysis Graphics Explain

Historical building

A

Green construction technology

Preserved The historic buildings in the site cannot be demolished due to laws and regulations

Preserved historic buildings

At the same time, we want to preserve our historical heritage

type-1

type-2

type-3

B

Transfer Old buildings need to be renovated on the site

The original building of the site needs to be rebuilt

Question: There is a problem that the functions of the aging material structure cannot meet the modern needs of residents

C

Renovate the old building's built-in steel frame structure After the decay of the old building, it can be used as the support structure of E

Overall strategy of transformation: Adopt the strategy of restoring the old Increase area and light

Internally reinforced structure

1 Transformation strategy analysis Internal reinforcement, internal function reconstruction An external steel frame connects the rest of the blocks/walls Add glass/Windows to the frame to ensure light 2 Analysis of transformation strategy Internal reinforcement Extended steel columns support the new volume 3 Analysis of transformation strategy Internal reinforcement Extended steel columns support the new volume Restore part of the old building A large number can also be interconnected Can also be added to the roof garden, recreational facilities

The basic form after reconstruction

1

2

3

4 Transformation strategy analysis Located near the former residence of Xu Guangqi Since the previous housing form was shops on the first floor and residences on the second floor In order to ensure the convenience of the surrounding residents, the former house was converted into a market 5 Transformation strategy analysis Located near Xu Guangqi Ancestral Hall Since the previous housing form is basically the elderly housing Due to the situation of the elderly around, the building was transformed into a cultural and entertainment center for the elderly to facilitate their daily entertainment

Transformation in the block

4

5

6

6 Transformation strategy analysis residential Change to tea room, coffee shop Ensure the daily rest and recreation needs of the surrounding residents

E Evolved into the future expected form of E to meet the combination of future building and future needs

Evolved form

type-4

B Dismantle Buildings of no historical significance and badly damaged Residents temporarily added structures that affected lighting and fire safety

Site original architecture

D Transformation strategy: New buildings were constructed to meet the current needs of the residents

Newly built after demolition

Materials The application of recycled materials in construction

The original building decayed and collapsed

Decaying and crumbling building components

Debris collection of building components

Plant recycling

Rebuild and reuse

Material regeneration process The bricks are made from 63 percent recycled municipal waste collected from local recycling centers to remove the concrete and glass,These recycled materials are self-mixed with the city's special sand and combined with hydraulic lime and ground calcium carbonate.Bricks cure in a humid environment for two weeks and then air dry rather than fire, reducing the amount of energy needed to make them,Instead, the material gains strength through a process called mineral carbonization, which involves the calcium carbonate in the brick reacting with carbon dioxide in the surrounding air.This manufacturing process, coupled with the use of recycled composite materials, results in a per kilogram Bricks containing 0.17 kg CO2 equivalent.The plant operates through this technology to produce recycled building materials.

scene1

scene2

scene3

scene4

Interactive design

Recycled tile

Material storage plant C

Central factory Central plant for material regeneration, co-ordination, transport, collection.

Scenes Of Life A+B Scenes Of Life D

Material storage plant A

Storage tank

Recycled rigid material

Recycled tile

Material storage plant B

Robotic arms Replace human labor to increase productivity and carry out some of the moving work.

Recycled rigid material

Blender Adding waste recycled materials to the mailing materials to mix into new building materials.

scene5

The growth process of C

Scenes Of Life C

2023 - 2024

2023 - 2024

ARC203 HISTORY OF ASIAN ARCHITECTURE

ARC203 HISTORY OF ASIAN ARCHITECTURE

CW1:Reading Jiangnan - Architectural History Research with Visual Resources Theme1: Urban Features of Historical Suzhou/ Water towns

CW1:Reading Jiangnan - Architectural History Research with Visual Resources Theme1: Urban Features of Historical Suzhou/ Water towns

Landscaping from the Dream of the Red Chamber

Narrative architectural embodiment

Exploring How to Create Narrative Architecture with Landscaping Techniques （Using Dream of the Red Chamber as a Research Object）

Student sketches

Historical changes in landscaping Pre-Mature Stage (Song to early Qing dynasties)

Turning Stage

Wuzhu's secluded house

(Wei to Jin and Northern and Southern dynasties)

The painting of Grand View Garden, National Museum of China The thirty-seventh chapter of Legend of the Red Chamber, " 秋爽斋偶结海棠社，蘅芜苑夜拟菊花题 " and the thirty-eighth chapter, " 林潇湘魁夺菊花诗，薛蘅芜讽和螃蟹咏 "

Fullest Stage

Post-Mature Stage

(Sui and Tang dynasties)

(Qing dynasties)

West Elevation

Other residential buildings in the Humble Administrator's Garden

Production Stage (Pre-Qing to Han dynasties)

Chinese classical garden art refers to the form of Chinese landscape architecture represented by private gardens in Jiangnan and royal gardens in the north. It is widely recognized as the mother of world gardens, a wonder of world art, and an important heritage of human civilization. Jiangnan Garden is an outstanding representative of Chinese classical gardens, which vividly reflects the Chinese people's views on nature and life.

The process of creating Dream of the Red Chamber Youth

Middle Age

(During his youth, there was an accident in his family, and he was plagiarized by the government and displaced)

( In middle age, Cao Xueqin began to work hard and make friends)

Tianquan Pavilion East Garden reflects Ming and Qing dynasty styles with vast

The right side of the picture of the building, the foreground of the asari courtyard, the courtyard outside the banana leaf spread, boxing stone forest, carving shelf placed on the potted orchids.

grassy areas, wooden pavilions, water features, and double

Local details show

paid tribute to the powerful officials in the court

Childhood

Axonometric drawing of Tianquan Pavilion

playing with his maid sisters every day

Middle Age

(During his childhood, Cao Xueqin had superior family conditions and once lived in the Humble Administrator's conditions)

corridors.

Middle Garden, renovated during the Guangxu era, maintains the Ming Dynasty layout with alterations and expansions, focusing on attractions around a water body.

The wealthy businessman Zhang Luqian transformed the West Garden in the Guangxu era, adding opulence and complexity, departing from the simpler Ming Dynasty style.

( In middle age, Cao Xueqin began to work hard and make friends)

The Humble Administrator's Garden Chapter 37

Chapter 38 A total of 173 figures are depicted, all of whom are women except Jia Baoyu, who is a male.

Other landscape-type buildings

Elevation view of the roof Sun Wen's Qing Dynasty illustration of Dream of Red Mansions shows the influence of Humble Administrator's Garden.

Rice Fragrant Village replicates its scenes and features.

Except for the distinctive features of Jia mother, Baoyu and Xiangyun, which are easy to identify, the faces and costumes of the rest are basically identical. Nevertheless, we can accurately judge the images of two completely different groups of ladies and maids by hairstyle and body size in the painting

Visitors from the East Garden, the middle Garden and then to the west Garden, experienced the pastoral scenery, landscape architecture and the exquisite workmanship of the Qing Dynasty architectural style of three kinds of changes and travel, can not help but recall the Humble Administrator's Garden in the historical changes, through the change of owners generation after generation, and finally on this tour route, to tell us a lot of historical stories. This is the unique architectural narrative of the Humble Administrator's Garden.

Directions to The Humble Administrator's Garden

Baoyu repeated eight times in the original painting, the artist used him to link up the various plot parts of the picture, and each point of view is different, with different expressions.

View of The Humble Administrator's Garden

Comparison

Eassy

We combined the plot of Dream of the Red Chamber with the real-world garden landscape by creating a story that explores the fictional space-time of literature, the ancient space-time of the Ming and Qing dynasties, and the modern space-time, and by telling the story of the garden as it continues in each of these three different spaces.

As a kind of physical language art, architecture is not only confined to space, but also flows with time. Ancient Chinese garden architecture first sprouted in the Western Zhou Dynasty. And after thousands of years of evolution, it formed a well-known form.

The garden of Ming and Qing dynasties represents the peak level of garden construction. As a literary carrier, A Dream of Red Mansions has been handed down to this day with the gardens of Ming and Qing dynasties, the stories in the gardens and the destinies of intertwined characters. The "Grand View Garden Map" collected in the National Museum of China describes those stories in the Grand View Garden in the form of paintings, and we who go to visit today seem to have a vague glimpse.

Although "A Dream of Red Mansions" is a garden on paper, but the literature comes from reality, such a huge and exquisite garden structure can certainly find the basis in the real garden. This paper will take the Humble Administrator's Garden as an example to discuss the connection between garden architecture in A Dream of Red Mansions and real garden, and explore the continuity of garden stories under the three major space-time: fictional space-time in literature, ancient space-time in Ming and Qing dynasties and modern space-time.

Cao Yin, the grandfather of the author of A Dream of Red Mansions, worked as a Suzhou weaver and bought the Humble Administrator's Garden for his family to live in. As a representative of Suzhou gardens, the Humble Administrator's Garden has a great influence on the creation of A Dream of Red Mansions.

Same arch bridge

Stone

Musa basjoo

The same corridor bridge

Special Window View

XJTLU I ARCHITECTURE

Similar buildings

GROUP 13

Yinuo.Zhang 2146090 Shangjie.Chen 2142976 ID

Yunzheng.Wang 2144286 Zuoyang.Zhang 2143103

Through the mutual evidence of the original text of "A Dream of Red Mansions", the Grand View Garden map and the picture book of "A Dream of Red Mansions" in Qing Dynasty and the video data of the 1987 version of the TV series, the garden in "A Dream of Red Mansions" can be restored to a certain extent.

If you compare this paper garden with the Humble Administrator's Garden, you will find that there are many similar techniques between them, such as the application of “Zhangjing” technique and the water-centered layout. The eponymous Ouxiang Xie is no coincidence.

Begonia and musa basjoo are planted in Haitangchun Wu, and these two kinds of plants are also grown in Yihong Yuan. In the Humble Administrator's Garden, rain plays musa basjoo, falling flowers and flowing spring also, how can people not think of Daiyu burying flowers?

In the stories of the dream of Red Mansions, such as Daiyu burying flowers and Baoyu looking at apricots, the emotion and trace of life reflect the essence of the garden spirit. A stone, a wood, a mountain and a river in garden architecture are the sustenance of emotions, and are also the embodiment of the character and culture of garden architecture. Each time the Humble Administrator's Garden changes its owner, it has to change its appearance to achieve the present rich historical heritage, and the preferences and personalities of the owners of the past dynasties have traces to follow. The Grand View Garden is a kind of literary spirit continuation. People in "A Dream of Red Mansions" often sigh at the landscape flowers and trees in the garden, which is also the expression and sustenance of individual spirit. The realistic garden makes the Dream of Red Mansions, and the Grand View Garden also enriches the connotation of the realistic garden. Today people visit the garden, not only in the story, but also in the creation of new stories.

"In spring and autumn, ascend to heights, behold vast scenery, and compose verses.

No need for music; nature's melody speaks. Expressing deep love for nature and yearning for a secluded mountain life, it exudes elegance."

XJTLU I ARCHITECTURE

The pavilion named "Who do you sit with?" prompts visitors to ponder their companion, whether nature or a kindred spirit.

The pavilion's key feature is a mirror symbolizing purity like pine and cypress, creating a poetic realm of "mountains in the mirror like a painted screen."

GROUP 13

Yinuo.Zhang 2146090 Shangjie.Chen 2142976 ID

The pavilion's key feature is a mirror symbolizing purity like pine and cypress, creating a poetic realm of "mountains in the mirror like a painted screen."

Yunzheng.Wang 2144286 Zuoyang.Zhang 2143103

CHAPTER2: CONCEPT PROCESS

The process of adjusting the Site plan

Conceptually adapted site plan

The Kid Through the Forest

CHAPTER5: PHYSICAL MODELS

1:500 Physi

Collage

INTRO: UNDERSTANDING OF NEIGHBORHOOD CENTER Case Study The development of education has been accompanied by an increase in the pressure to learn Low-Frequency Low-Intensity Academic Skills Economic Pressure Life Pressure

Contemporary Adolescents

Neighborhood Center, also known as Neighborhood Center, is a new type of community service concept originated from Singapore, which in essence is a comprehensive market that integrates a variety of living service facilities.

Neighborhood center as a set of commercial, cultural, sports, health, education and equal to one of the “residential business center”, around the 12 residential supporting functions “oil, salt, soy, vinegar and tea” to “clothing, food, housing, transportation, leisure “It provides “one-stop” services for the people.

Previous Generation of Adolescents

Source of Stress

Learning when Playing

The scope of contemporary teenage stress has gone beyond the material level Social Skills High-Frequency High-Intensity

Design based on the outline of trees already on the site

Designing the required flow routes within the site

Removal of some trees Increased flow through the site (Trees removed will be retained and transplanted back at the end)

The vision - Learning by Playing Learning outcomes associated with learning through play

Child’s experience of learning through play Children’s experiences are:

Literature

Educating the whole child:

Impact studies of

1. Actively engaging

primary school

1. Social

pedagogies that

2. Joyful

foster a range of

3. Iterative

the characteristics

4. Socially interactive

The New City Neighborhood Center serves as a vibrant community hub, designed to foster connection, engagement, and growth among local residents. With a focus on inclusivity and accessibility, the center provides a variety of programs and services tailored to meet the diverse needs of the neighborhood.

skills and value

of play

2. Emotional 3. Physical 4. Cognitive 5. Creative

With fierce competition for top universities and a focus on high scores, many students face overwhelming stress.

This pressure often leads to mental health issues, including anxiety and depression.

ARC305 Small and Medium Scale Buildings Border Condition: A Neighborhood Center at Suzhou Moat

6

1:500 Physical Model 1:500 Physical Model

4 5

3 7 1

2

CHAPTER1: SITE ANALYSIS Site Plan in Urban Context

1 brick 2 fixed glazing 3 solid wood intemal window lining 4 foamed-glass thermal insulation 5 anchor for fixing facade element 6 concret 7 metal frame 8 movable tripple glazing

Sustainable Materials 1

The process of adjusting the Site plan

2

Hempcrete Flow Line

1

6

Complexity 4

Research Route

5

1:500 Physical Model Height Difference 1:500 Physical Model

Meixiang Station

Satellite map with surrounding neighborhoods Elevated Transportation Hubs

Elevated Transportation Hubs

lit. temple of the king of Qi (in Taoism)

3

Hempcrete (hempcrete) is a unique building material that is a composite of biological fibers (such as hemp) and a mineral binder (lime). When these components are mixed with water, a chemical reaction occurs between the lime binder and the water, causing the binder to solidify and hold the bonded particles together. Today, this material is also commonly referred to as “bonded cellulose insulation”.

Meixiang Station

Donghui Park

Public Square

7

8 1 brick 2 fixed glazing 3 solid wood intemal window lining 4 foamed-glass thermal insulation 5 anchor for fixing facade element 6 concret 7 metal frame 8 movable tripple glazing

Public Square

Jinfu Water Lane Villa

North Park Road

The Humble Administrator's Garden Trail

Jungwon District

Site near Pak Yuen San Tsuen

North Park 1981

North Park 1981 Art Center

8 East Gate of Humble Administrator's Villa

Pingjia Lane Suzhou commentary (Suzhou dialect)

1

The Humble Administrator's Garden Front Square

Beginning of a Journey

Intersection of Bacchus Lane and Northeast Street

7

3 Line 6, Humble Administrator's Park Subo Station, Exit 3

Around the Humble Administrator's Garden The Hundred Lane

1:200 Site Plan

6

Collage

4

1 brick 2 fixed glazing 3 solid wood intemal window lining 4 foamed-glass thermal insulation 5 anchor for fixing facade element 6 concret 7 metal frame 8 movable tripple glazing

ARC305 Small and Medium Scale Buildings Border Condition: A Neighborhood Center at Suzhou Moat CHAPTER5: PHYSICAL MODELS

1:500 Physical Model

2146090

YinuoZhang

2146090

YinuoZhang