UCL MLA PORTFOLIO- YIFEI YUAN

FOLLOW THE FLOW

PORTFOLIO OF YIFEI YUAN

Application number: 24138989

YIFEI YUAN

Application for admission to MLA| UCL The Bartlett School of Architecture E-mail: Yuanyifei1214@outlook.com

CURRICULUM VITAE

PROLOGUE

CONTENTS DIMENSION 1

EVOLUTIONARY

YIFEI YUAN

E: Yuanyifei1214@outlook.com T: +86 13551363536

| EDUCATION

Beijing Forestry University (BFU)

DIMENSION 2

| ACTIVITIES Class Psychological Committee Member

2021-2023

Organizer of 2020 Fall Sports Meeting and 2021 New Year’s Celebration

2020-2021

Member of Youth United Organization Study Department

2021

As a child built the stone walls in the stream.

In an era of constant change, the ebb and flow of human existence seem an inevitable dynamic process, akin to the course of a river.

Student Recruiter of BFU

| ACHIEVEMENTS

Academic Progress Award

12/2022

| CAPACITY

| REASERCH & WORKSHOP

2

Inheriting Rural Memory, Exploring Sustainable Habitation

07/2022-08/2022

Research on Landscape Construction Methods Employed by Typical Villages in Beijing Plain from the Theory of Scenescapes

03/2022-06/2022

THE GARDEN OF FUTURE | Design Competition for Chengdu Park City International Garden Festival and the BFU International Garden-Making Festival: Layers of Ming

01/2022-03/2022

College Students’ Landscape Architecture Contest-Science Popularization Garden for Children with Nature Deficit Disorder

09/2021-10/2021

Software -Advanced: Photoshop, Auto CAD, InDesign, Rhino, Sketch-Up, Lumion, Adobe Illustrator, Procreate -Intermediate: Grasshopper, Global Mapper, V-ray -Beginning: Blender

Interests -Piano, Photography, Drawing, Handmade modles

Languages -English (Fluent), Chinese (Native)

03

AQUA WEAVE

07

WALKING IN THE LIFE OF RAILWAY

11

Ecological community for Slums Location: Región de Coquimbo, Republic of Chile Time: September 2022- December 2022 Instructor: Jinshi Zhang Individual work

Flood Resistance park of She county Location: She county, Hebei, China Time: October 2021- January 2022 Instructor: Jinshi Zhang Individual work

"Water is the driving force of all nature."

- Leonardo da Vinci

09/2020-06/2024

-Bachelor of Engineering in Landscape Architecture, School of Landscape Architecture GPA: 86.25/100

FORM

CAPTURE THE MIST

2021

As a child, I delighted in building various shapes of "stone walls" with rocks in the stream, and then observing how the water flowed cleverly through the gaps, forming different "tracks". The lines within these "tracks" were very beautiful, and I always loved to look for the best combinations of lines. Gradually, I realized that I am an integral part of the "flowing" elements, attuned to the subtle traces of its movement.

Whether it is floating on the water, riding a train, or simply traversing a piece of land, people always move through different landscapes in a flowing form, but they do not always become part of the landscape neither.

For me, landscape architecture is teaching me how to construct a "stone wall", making the "water flow" that we usually ignore become an integral part of the site that can be appreciated, or even solve site issues, and bring new vitality to the landscape itself.

I believe Landscape Architecture stands as a discipline uniquely equipped to capture and articulate the fluid interplay among nature, humans, and culture. This portfolio is trying to explore these fluid elements from four dimensions.

DIMENSION 3

INTERACTION

Memorial park of Beijing-zhangjiakou Railway Location: Wudaokou, Beijing, China Time: March 2022- May 2022 Instructor: Shiyang Zhang Individual work

DIMENSION 4

ESSENCE

USE THE WIND

15

Retrofitting abandoned airpots to mitigate the urban heat island effect Location: Chengdu, China Time: March 2022- May 2022 Instructor: Xiaojia Zhang Individual work

OTHERWORK

19

Extreme Drought but Sufficient Mist My name is Martina, a girl who lives in the slums of Chile, a place located near the ocean, which results in a

Wind from Southeast

high number of

foggy

days

throughout the year.

01

CAPTURE THE MIST

The primary source of food on a daily basis is seafood. My family can easily suffer from malnutrition because there

Echological community for Slums

not other kind of food.

is

INDIVIDUAL WORK INSTRUCTOR: Jinshi Zhang TIME: March 2023- May 2023 SITE: Región de Coquimbo, Republic of Chile KEY CONCERN: Extreme drought; Supply for pure water & food CONCEPT GENESIS: The aim of "Capture the Mist" is to solve the problem of drought by utilizing the existing climatic conditions and setting up the Fog-nets according to the elevation difference of the site to capture water from the mist.

The project looks for a way to store and utilize the water captured by the fog-nets, and to solve the water problem by installing underground pipes and ponds and pumps according to the details of the fog netting technology.

I hope that this design will not only allow people to solve the problem of domestic water and drought from the site, but also use the water to grow crops for daily food by setting the field which near the Fog-net and Pound and become an ecological community for the slums.

SITE Dirty

20% of the world's average annual water consumption 10% of the world's average annual precipitation

What I desire extremely is to be able to drink

80% of Foggy days per year

pure water. enough

Slums Wasteland Farming land

Section: Wasteland with available elements

The wasteland near the slums is not only close to the sea but also has a significant height difference that can be exploited.

The Slum

The Wasteland

120m availabel height

03

rainwater is our

only source of water we can use in our daily lives.

The Wind

Ecological strategy

Main solution: Techonology of Fog- net

This technology is primarily suited for placement in areas characterized by frequent fog, consistent unidirectional winds, and a specific wind speed requirement.

The wind

Location

Generally, it is placed on terrain with a specific slope to capture the water mist that forms in mountainous or coastal areas during the humid season. Additionally, the net surface is positioned perpendicular to the prevailing wind direction.

Limitation: Sufficient space without obvious ground obstacles.

1. The method of collecting water from the net

3. The way to storage and fetch water

2. Field for food production

The wind

The wind

a. Bottom of the net

b. Sieve to filter the water

a. Benefits of intercropping

The wind hold the water

light utilization efficiency adequate ventilation conditions

b. Beneficial combination prevent evaporation

prevent evaporation

b. Fetching water

a. Storing water prevent evaporation

irrigate

storage the water

Fog- Farming System Type- modle

Details of Fog-net

Rebuild Section: Organically set Fog- Farming System

By setting up Fog-nets on the site, people can easily collect water from the air and use it for various purposes in their daily lives, such as cultivating food.

water droplets (1-40 microns)

COMPENENTES 1

1. Net 2. Support struchture 3. 80-110mm PVC pipe 4. 350mm PVC pipe 5. Hose 6. Filter

3 5 6

4 2

The illustrations of how to use the water obtained from fog to irrigate fields.

04

Fog-net Water from the net Pound Direction of water flow Field Underground water

press

Vegetation arrangement: Planting in accordance with the variations in terrain

Master Plan

Plant herbs closer to the sea and crops farther away. Some of these crops should be planted alongside taller shrubs that can withstand the sea winds, providing protection. Roadside trees are planted next to urban roads.

1. Fog-net 2. Cropland 3. Pound 4. Public green space 5. Activity Square 6. Retaining wall

The Transition from Rock to Soil 4

1. Rocks gradually break into smaller particles or debris.

2. The debris begins to interact with gases, water, and organic matter in the atmosphere, gradually forming initial soil.

3. With the increase of plants, soil substances gradually enrich and transform, forming a more mature soil.

4. Over time, the fertility and water retention capacity of the soil also gradually increase.

3

Laurus Austrocedrus Fagus Eucalyptus nobilis chilensis longipetiolata globulus Labill.

2

Roadside Trees

1 6

1

1 3 2

1

5

2

2

3

Ammopiptanthus Triticum Arachis aestivum hypogaea mongolicus L. L

4

Crops 4

3

Fog-net

2 4

2 3

Shrubs (as resistance against wind) & Crops

Rock Underground water

1

Lapageria Agave Lavandula rosea Ruiz americana angustifolia L. Mill

1 4

2

5

Shrubs

2 1

5

Eryngium Asplenium Nephrolepis foetidum nidus L. cordifolia L.

4

Portulaca grandiflora Hook.

Herbages N 0

150m

How to collect Water from Fog- nets

Build the Terrain

05

Direction of water flow

The Fog-net

The Field

Direction of water flow

The Pond

Verbena bonariensis L.

Solanum Zea mays Saccharum tuberosum L. L. officinarum L.

Crops

Enhanced quality of life

The Modle Photo

Daily life become better thanks to the Fog-net.

THE SLUMS

Detail A

Detail B

Lawn Planting Soil Medium-coarse Sand Natural Graded Sand Rammed Earth

1:3 Concrete Mortar

Public green space

Concrete Masonry block retaining wall Waterproofing layer Concrete Mortar Rammed Earth Planting Soil Waterproofing layer Rammed Earth

Pervious paving blocks 1:6 Concrete Mortar Crushed Stone Rammed Earth

Road

Pond

THE SEA

Masonry block retaining wall Waterproofing layer Blocks

Planting Soil Subsoil Rammed Earth

Cropland

After the mist trap net is set up, the accumulated moisture increases over time. Water droplets drip off the net and into the collector. This water flows through the ground to form fields and eventually collects in ponds. In this process, people are not only able to use the pumps to get enough clean water to solve the problem of drought, but they can also cultivate the fields to get a good harvest, thus solving the problem of malnutrition. As this process develops, people's quality of life continues to improve.

06

The Bird view of the modle

Detail C

Flooding of She County

Rainwater from the mountains 114m Fuzi River

02

Water level

115m 112m

AQUA WEAVE

112m

112m

118m

When the floods recedes

SITE

SITE

Flood Resistance Park of She county Lianjiang River

The Profile of Lianjiang River

Water flows from the peak through the river course.

Flood season sand

INDIVIDUAL WORK INSTRUCTOR: Jinshi Zhang TIME: September 2022- December 2022 SITE: She county, Hebei, China KEY CONCERN: Flood resisrance; Coexistence of human and water; Purification of water CONCEPT GENESIS: "Aqua weave" searches for a way to store flood water while reducing flood flow rates across the board. After extracting and studying morphological elements inspired by nature, the combinations of morphological elements were modeled by water flow to find the optimal solution.

The project is intended to solve the flooding problem and at the same time enable people to coexist peacefully with the water by setting up activity areas according to the location of the site in relation to the different water levels.

I hope that the site will also have the function of ecological water purification, which will fulfill the ecological needs and at the same time allow people to have a closer contact with water.Eventually it will become a flood resistance park.

07

rock

7m Dry season

SITE

63m 145m

100% reached to the flood Peak

The water level of Lianjiang varies significantly between the rainy and dry seasons. The left bank is prone to erosion during floods since it mainly consists of sand.

80% reached to the flood Peak

The Precipitation in She County

Most affected due to the narrowest river course.

Fengle River

600

500 400 300 200 100 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 Jan. Feb. Mar. Apr. Jun. Jul. Aug. Sep. Oct. Nov. Dec.

SITE

Yangzhi River Bushe River

60% reached to the flood Peak Land is needed to help withstand the effects of flooding.

The annual rainfall increases sharply from June to August. Additionally, from 2011 to 2021, the precipitation has been increasing every year.

Troubles caused by Major Floods in She County over the years 1969/07/05 Flood peak of Lianjiang:120.74m

1991/07/07 Flood peak of Lianjiang:118.71m

1996/06/30 Flood peak of Lianjiang:117.58m

2020/07/05 Flood peak of Lianjiang:118.31m

Current Situation of the site Drought Water line: 110.12m

The Highest Water line: 117m

Flood Water line: 114m

Element extraction

Issue 1: Catastrophich Flood

The best combination to reduce the water velocity Combination Test

Aerial photo of braide bar

The greater the number of elements, the more the water velocity can be reduced.

After reducing, the water velocity can always be close to the minimum in combination of FormA & FormB.

Every summer, the floods here will cause injury and property loss.

Combination: FormA + FormB

Only Form B

Only Form A Braided drainage systems experiencing floods often contain a significant amount of sediment, which can serve as a valuable reference in addressing flood-related issues.

Single Form shaping

FormA: reduce water velocity

V3

V2

V4

V1

V3

V2

V1> V2> V3> V4

protrude

Issue 2: Poor Functionality and Viewing

Entrance

V1

V4

V1

V3

V2

V1> V2> V3> V4

V4

V1> V2> V3> V4

FormB: store the water Do NOT know what I can do

hollow

The waterfront is so boring!

Reaserch on Form A Original velocity of water

Much slower

Issue 3: Closed Boundary and Repressed Facade

Mountainous Region

Reaserch on Form B

Framework Calculation & Simulation

Flood Rebuild Terrain Poor viewing and Functionality

08

V1

L=3D

V2

L=2D

V3 V4

L=D L=1/2D L=1/3D

Reduce water velocity Enrich sight point

Demolish Obstachles

Combination Enrich diverse functions

Restruct spatial structure

Space Diversity

The larger the length-width ratio, the greater the V

Flood Resistance Park

Flood Resistance

FA: FB= 2:3

Vb

VB> VD>= VA

FA: FB= 3:5

VB

Va> Vd>=Vb

Vb

Vd

VD

SELECTED FA:FB= 7:5

FA: FB= 5:7

V

V5 V1>V2>V3>V4>V5

Store Water

Va

Va > VA

Va

Every summer, the water level on the site rises to approximately 114-117m, leading to flooding issues for the area.

Closed Boundary

FA: FB= 1:2

Much quicker

VA

Urban buildings

VA

Porpotion Test

Obstructions are too high to see inside.

Easily eroded by floods The River Easily eroded by floods

Va

V1

FA: FB= 1:1

V2

FA: FB= 2:1

V3

V1> V2> V3> V4> V9 FA: FB= 5:3

V4

FA: FB= 3:2

S

Surface

S

L D

V

water storage capacity= V = 1/3 * D *L*L water discharge= Q =S*Velocity

Length Depth Volume

Velocity Q

Velocity

When the Q is fitted,bigger S smaller Velocity

V5

V6

V7

V5> V6> V7> V8> V9

V8

V9

Vd

Master Plan

Activity zone: Set activity zone accordingly to the site in relation to different water levels N

0

35m

River bank

Half- Wetland

Half- Hard land

Hard land

1. Viewing deck 2. Grassy slope 3. Natural water storage pit 4. Water storage pit with fountain 5. Water storage pit with skatepark 6. Slope for children play 7. Parking 8. Main entrance Effected by Flood Viewing deck

7

Water storage pit & steps with purification function

Water storage pit with fountain

Ecological parking lot

8

V2 V1 V1> V2

Water storage pit & steps with purification function

Grassy slope accessible from all sides

Artificial Wetland

Grassy slope accessible from two sides

Skatepark

landscaping of residential

8

Add FormA to reduce velocity

5 6

4

8

Facilities for children play

Pave

3

2 Add FormB to store the water

1

Set the road system according to the terrain

River bank 09

Half- Wetland

Half- Hard land

Hard land

Section

Planting plants according to the relationship between the water level and the site, the further away from the riverbank planting native species to stabilize the soil, and the closer to the riverbank planting more inclined to aquatic plants, while planting aquatic plants with the function of water purification

Melia azedarach

Euonymus maackii

Pinus elliottii

Glyptostrobus pensilis

Canna indica Iris tectorum

Pistacia chinensis

Zelkova serrata

Triadica sebifera

Axodium distichum

Cortaderia Phragmites Schoenoplectus selloana australis tabernaemontani

Indigenous Plants

10

Hygrophilous Tree

Acorus calamus

Emergent Plants

Nymphaea L.

Eichhornia crassipes

Hydrilla verticillata

Hydrocotyle Nymphoides vulgaris peltata

Ceratophyllum demersum L.

Floating Plants

Submerged Plants

From Erosion to Coexistence

The flood issues have solved thanks to the Water storage pit & Slope Before After

Various Functions surround the SITE

As the starting point of the Beijing-Zhangzhou Railway, the site is surrounded by different functional areas in modern times, which means that different people have different needs for the site.

Place where the railway passed Passed the Field

03

WALKING IN THE LIFE OF RAILWAY

Memorial park of Beijing-zhangjiakou Railway

Passed the Mountains

SITE INDIVIDUAL WORK INSTRUCTOR: Shiyang Zhang TIME: March 2022- May 2022 SITE: Wudaokou, Beijing, China KEY CONCERN: History expression; Space translation; Emotional resonance CONCEPT GENESIS: As the first main railroad line designed and constructed by the Chinese themselves, the Beijing-Zhangzhou Railway played an important role in China's industrial construction during the difficult times, thanks to those who were involved in designing and building it at the time. Therefore, the "walking in the life of Railway" seeks to help the railway not only tell the story it has experienced, but also let people walk in its life.

This project aims to abstract the space through which the Beijing-Zhangzhou Railway had passed and to visualize it in the site through terrain shaping and space creation. At the same time, it combines the tourists' line with the journey of the railroad, so that the tourists can become "part" of the railroad and feel the thing that the railroad had experienced.

"Life is short and long, and fate has its ups and downs. Fortunately, my life can be transformed into a railroad track creeping on the land of China."

--Zhan Tianyou (Engineer who have designed and constructed the Beijing-zhangjiakou Railway)

11

I hope that this design can evoke people's memories and emotions about the BeijingZhangzhou Railway. People will have a unique spatial experience by interacting with the site, feeling the history and vitality of the railroad, and emotionally resonating with the railroad's past.

Passed the Plain

College

History of the Railway

Resident

Kindergarten

Business

As the first major railroad designed and constructed by the Chinese themselves, the Beijing-Zhangzhou Railway represents for today's Chinese a life lived in the difficult years of the past.

Terrain traversed by the railway

One of the notable features of the Beijing-Zhangjiakou Railway is its ability to overcome various challenges in traversing diverse terrain, particularly mountainous regions. Moreover, during China's challenging period, workers had to manually excavate the mountains. As a result, six profiles were created from contour lines based on the terrain the railway passed through, forming the foundation for the terrain of the memorial site.

Song Summit

Liang Summit

A

B

C

D

Mopan Summit

Badaling Summit

E

A Memorial to the Journey of Railway Creating spaces by extracting elements from Three areas through which the Railway passed.

Shijing Summit

Pass the Plain

Pass the Mountains

Pass the Field

a. Edge of the site

b. Memorial Pool

c. Narrow path

d. Kid's playground

e. Open-air theater

f. Out door pool

Pass the site

Spacious space

Narrow Space

Spacious space with playing pool

Semi-open space

Semi-open space with the pool

Seat behind the street

Memorial status

Staircase in narrow space

Slope wich can be climbed

Half staircase & Half ramp

Staircase beside the pool

Store with entrances from two sides

Staircase among two sidewalk

Small cannal

Store can go in from the site

Memorial Wall

Pool which can walk in

F

c e

Basic Form generation

b

The basic terrain was obtained by extracting the six cross-sectional shapes, translating and transforming them, adding water areas, and combining them with the road system through a series of transformations.

d

A B C D E F

a

Translation 12

Transformation

Add water area

Combined with road system

f

Master plan

Section

Installation of functional buildings in accordance with the functional areas around the site.

1. Open-air Theatre 2. Pool 3. Memorial Pool

Six Classic Scenes

Extract elements from various scenes where the trains had passed by and apply them to the site, forming SIX classic scenes.

4. Kid's playground 5. Architecture for business 6. Architecure for amusement

Scene e. Open-air theater

Scene f. Out door pool

Scene c. Narrow path

Scene d. Kid's playground

Scene b. Memorial pool

Scene a. Edge of the site

e.

f.

3

1

5 4

2

d.

6

2

5

6

c.

N

0

Different Zone Part Plain Mountains Field

13

50m

The Square

a.

Pedestrian Flow b.

Detailed Plan

The design of the Paving Extract from the railway

2

Evolution of Paving

Time-Infused Spatial Variations Combination Activities

These images show a scene where pedestrians walk from the "mountain" area to the "plain" area. People can walk through a narrow area and feel a unique sense of constriction, and then enter a wide space and feel a spacious and open atmosphere. This contrast creates a unique experience and echoes the twists and turns in the history of the Beijing-Zhangzhou Railway.

From "Mountain" to "Plain" during the Daytime 4

The railway had passed through the moutains covered by grass and the river.

Cover the entire site with oblique grids.

Tree array

From a plane perspective, the railway had ran nearby the grass and the water.

Place the grass of the same size in the center of each grid.

Leisure seat

1 4 7

8

4

5

4 6

During the day, the sun casts shadows on the mountains, and people can feel the change of light and shadow as they walk through it; from this spot, visitors can see the sparkling water in the distance, creating a unique experience for this scene and echoing the history of the Beijing-Zhanghai Railway.

From "Mountain" to "Plain" in the Evening

8

3

Extract the relationship among the raiway , grass and the water and apply this in the memorial site.

The nearer the path, the smaller the grass area.

Special lawn

3

N 0

14

400m

1. Pool 2. Leisure seats 3. Children Playpool 4. Grassy Slope

5. Open-air theatre 6. Steps for seating 7.Memorial wall 8. Special law

Visualize and transition the boundaries by using certain paving patern.

Circular activity palce interfere with the grasssize.

Dry fountain

At night, the lamps on both sides of the road shoot out columns of light in the shape of railroad ties, making the road look like a railroad track.These lights cast a soft, warm light that illuminates the steps of pedestrians and adds a mysterious and romantic atmosphere to the site. Pedestrians walk along this light-illuminated path as if following an illusionary railroad track and experiencing the journey of the railroad.

THE MODLE PHOTO

04

USE THE WIND

Renovating abandoned airport to mitigate the urban heat island effect

INDIVIDUAL WORK INSTRUCTOR: Xiaojia Zhang TIME: March 2022- May 2022 SITE: Chengdu, China KEY CONCERN: Mitigation of heat island effect; Shortest Transportation; Wind Sensing Method CONCEPT GENESIS: This project attempts to effectively utilize the winds passing through the site by shaping the topography of the site and redirecting them towards the city center, where the temperature of the city is the highest. By studying the relationship between different terrain patterns and wind speed and direction, the most suitable combination of terrain for the site is explored.

Based on the terrain combination, this project uses wool algorithms to connect the various functional points around the site, forming a complete system of shortest transportation paths, allowing visitors to travel freely through the site.

I hope that this design, while setting up the roads and terrain, will apply the form shaped by the wind blowing over the terrain to the hard-surface setting, so that visitors can feel the different experiences brought by the wind blowing over the site at different locations.

15

Heat-island Effect in Chengdu

In recent years, due to the intensification of pollution and the increase in urban building density, the problems brought about by the urban heat island effect in Chengdu has become increasingly severe. Under such situation,the temperature in the city has increased, especially the commercial, factory and business places, which emit most heat in the city.

A Massive Wind but Inffcient Corridor

The functional areas around the venue are diverse, but there is no comprehensive venue which is needed to meet some entertainment needs.As an abandoned airport, the site has abundant wind resources, but due to its flat terrainand being surrounded by obstacles formed by various factory buildings, the wind resources of the site cannot be effectively utilized.

Create more Wind Corridor

It need to add some terrain to effectively utilize the wind resources and alleviate the heat island effect.

Temeperature Map

Incomplete wedge-shaped green spaces & the wind that cannot blow into the city center

Entertainment

Business

Industry

Site

Strong Wind

Anjing green wegde

28°C

Chengdu botanical Park

32°C

Beihu green wegde Jingsha green wegde

38°C

Need to Connect

37°C 30°C

30°C

41°C Wenjiang Park

SITE 30°C

28°C

32°C

32°C

Wind Rose

35°C Longtan green wegde

37°C Jangan green wegde

Cutrual Park

Current material of underlying surface

30°C

29°C City Centre

Yangma Park

28°C

Qinglonghu green wegde

Asphalt

Thermal conductivity:3.05W/(m·K) Specific heat capacity:1.67kJ/(kg·°C) Reflectivity:15%

Grass

Cynodon dactylon Permeable material

Concrete

Thermal conductivity:1.28W/m·K Specific heat capacity:970kJ/(kg·°C) Reflectivity:20%

Gravel

Thermal conductivity:0.58W/(m·K) Specific heat capacity:920kJ/(kg·°C) Reflectivity:15%

Cement

Thermal conductivity:0.3W/(m·K) Specific heat capacity:840kJ/(kg·°C) Reflectivity:15%

The materials used for airport underlying surfaces are usually divided into two categories: impermeable materials and permeable materials. In contrast, excessive use of impermeable materials can exacerbate the urban greenhouse effect. In impermeable materials, the higher the thermal conductivity of the material, the lower the reflectivity and specific heat capacity, which will exacerbate the urban heat island effect.

16

Framework

Master Plan Topography Creation Different forms of terrain make the changes of wind Forms combination

Urban heat island

By shaping terrain combinations to guide the wind passing through the site to other parts of the city, which can reduce the urban heat island effect.At the same time, by using the wool algorithm, generate a road system suitable for the site. Form activity areas through the shape of air ducts. Placing buildings between roads, air ducts, and terrain to meet indoor activity needs.

Create wind corridor

N

Air pollution

Vegetation

Absorb air pollution

Choose and Match

Materials of underlying surface Choose

The abandoned airport as a solution

Inaccesibility

Purification

Optimization method

New connection

Topography creation

Road system generation

Change in Speed

Extract and connect different nodes with lines based on the division of different functional areas and road access around the site.

Plane1: Faster

Change in Direction

Plane2: Slower

Plane3: Unchanged

Plane4

550m

Aborb steam Nodes identification

Wind Speed & Diretion Changes in different Topographical Forms

0

Design outcome

1. Earth-Sheltered Architecture 2. Terrain which guide the wind 3. Businiess Architecture 4. Amusement Architecture 5. Ditch 6. Hard Ground 7. Grassland

2 5

Optimization method "Wool Algorithm"

Plane5

3

Using the wool algorithm, simulate the forces between each node to change the shape of the lines and generate a new traffic network.

Choose the most suitable one by changing the attractiveness and line spacing.

1

6

4 3

1

Change in Direction Elevation1

Elevation3

Elevation2

Elevation4

Elevation5

Test1

7

6

CombineTopographic Forms according to Different Purpose P1+E1

P1+E3

P1+E4

Turn

4

Test2

Collect

P4+E1

P4+E2

P4+E3

P4+E4

P4+E5

P5+E1

P5+E2

P5+E3

P5+E4

P5+E5

Collect

Test3

SELECTED

1

5

1 3 3

P2+E1

P2+E2

Emit

17

P2+E4

Turn

P2+E5

How to use massive wind through making terrain

Test4 P3+E3

Unchanged

P2+E3

3

P3+E4 Emit

Firstly, collect divergent wind , then directed towards it to the city center which most affected by the heat-island effect, and finally dispersed it in all directions

Detailed structure of the site

Roads and Terrain On the Top of Terrain Activity space is mainly on the bridge

Wind Aerial corridor

Activity space is on & under the bridge

Attach terrain

Business

Road and Architecture

Touch the terrain and look into the distance

Business Amusement

Intersect with terrain Varying space experience

Business

Insert terrain

From indoor to outdoor and from ground to air

Terrain

Attach terrain Go on the bridge from the terrain

Park

Intersect with terrain

College

Both left and right sides obstructed

Residence

Government

Residence Park Village

18

Residence

In to a building Go into the building on the bridge

Section

THE MODLE PHOTO Material: CNC Size:250mm* 570mm

The Top View

Details of the Modle

Otherwork

19

Modle Photo

Drawings of Design Competition

Individual Work: Spatial Composition 3 The modle of the Hilly Terrain of Chuanzhong in Sichuan, China Complete Time: 2021/12/01

Team Work: Design Competition for Chengdu Park City International Garden Festival and the BFU International Garden-Making Festival Contribution: Concept Design (70%), Drawing and Layout (80%), Rendering (100%),Team leader Complete Time: 2022/03/15

Pen & Watercolor Paintings

Rendering Picture

Individual Work: Northern China General Practice II Sketch from nature in Chengde Mountain Resort Complete Time: 2023/06/15

Individual Work: Landscape Design The rendering picture made by Lumion8 & Adobe Photoshop Complete Time: 2022/06/15

Construction Drawings of Pavement Design

Individual Work: Landscape Architecture Engineering The construction drawings of the park Complete Time: 2023/01/15