[EMBODIED COGNITION] LANXIN YANG'S ARCHITECTURE PORTFOLIO Xi'an Jiaotong- Liverpool University Selected Work 2017-2021 E-mail: Lanxin.Yang17@alumni.xjtlu.edu.cn Application for March Architetural design Application number: 22092006
Space can have emotions Space can be alive Space can have memory Space can be warm
CONTENTS
01 Between ups and downs
03
Archaeological Museum
02 Back to your belonging
10
High-rise residential community with warmth
03 Spatiotemporal transformation
16
Public activity center
04 One's comfort "Judging architecture is based on visible eyes, rotating heads and walking legs. Architecture is not a synchronic phenomenon, but a continuous phenomenon, which is composed of pictures superimposed in time and space like music." - Le Corbusier
23
Single residence under epidemic situation
05 Other works
25
In the confrontation and conflict of reality, seek humanistic care, take human experience as the basis of design, and let people perceive emotion, vitality, temperature and memory from architecture.
2
Between ups and downs Archaeological Museum
History & Present Individual Work, Tutor: Prof. Hung Jen-Chieh, Prof. Songkittipakdee Kulthida 09/2020-12/2020, Location: Germany, Reute Bad Waldsee
The project area is located in the heart of Europe, also is the connection between the two most famous pilgrimage routes in Europe, the Francigena road and the Romea road. The long history and important geographical location make the site have the value of spreading culture. The "up and down" of the landscape and history inspired me to build an archaeological museum throughout the ancient and modern times. Space, light and sound makes people experience the feelings of different periods, so as to create a building with emotion.
3
Site analysis
Feelings extracted from site elements: dispersion, roughness and undulation.
SITE
Historical timeline People's attitude towards nature has been changing in the long river of history. From awe, application and destruction to the contemporary promotion of harmonious coexistence between man and nature. It is hoped that while visiting the museum, tourists will feel the changes in different periods, reflect and explore the relationship between man and nature in the future.
Archaeological site: Fragmentation
Francigena road
Romea road
Pilgrimage route: Raw and desolate
Hillside: Up and down
Primitive
The Site is located in the middle of the mediaeval most famous pilgrimage routes in Europe, the Francigena road and the Romea road.
Human's attitude towards nature was awe and respect.
Design Methodology
Context
1. Dispersion
2. Roughness
Agricultural People began to understand, master and use natural elements in daily life.
Industrial Re s o u r c e d e v e l o p m e n t has accelerated the pace of life and destroyed the environment.
Modern Modern people realize the importance of ecological environment.
3. Undulation
Two main entrance Circulation of ground floor Circulation of B1 floor Circulation of exhibition hall See through two place
4
Design strategies
N
In order to better integrate landform, nature and architecture concept , there are three strategies 4.000
Strategy 1:
2
The roof pavement and ramp create the undulating feeling of landform
ROOF
1 1.Coffee shop 2.Entrance hall
Ground floor plan
0.000 0m
5
10
20m
RAMP
N
Strategy 2: The landscape is infiltrated into the building 2 1
5
-3.000 -3.000
1.Office 2.Free exhibition room 3.coffee shop 4.Souvenir shop 5.Recepition hall
3
COUNRTYARD
4
-3.700
0m
5
10
D'
20m
N
C' -6.500
WATER
B1 floor plan
Strategy 3:
-7.500
A'
Focuing on people's feeling of walking through four different historical periods.
B'
A
D -7.000
-6.500
LIGHT C
Four exhibition hall: Attitude to nature Space expression
B
Modern
Industrial
Agricultural
Primitive
Sustainable
Destrory, Contradiction
Utilize
Awe, Respect
Harmonious, Light
Tension, Depress
Sacred, Warm
Admire, Shake
SPACE
B2 floor plan 0m
5
10
20m
5
EXHIBITION HALL 1 Primitive period
EXHIBITION HALL 2 Agriculture period
Human's attitude towards nature was awe and respect.
People began to understand, master and use natural elements in daily life.
Dark, Wide
Warm, Circuitous
Green grass in the courtyard Light came into the room The road twists and upward
The sound of water drop on the stone A small amount of natural light Thirteen meters high
7.500
4.000
4.000
0.000 0.000
-3.500
-3.500
-6.500 -7.000
SECTION A-A‘
SECTION B-B’
6
EXHIBITION HALL 3 Industrial period
EXHIBITION HALL 4 Modern period
Resource development has accelerated the pace of life and destroyed the environment.
Modern people realize the importance of ecological environment.
Depress, Noisy
Bright, Hope
Green plants grow to the outside Lots of natural light A path to a brighter future
The rapidity and noise of the waterfall Lack of light inside Depressing low roof
7.000
3.500
3.500
0.000
0.000
-3.000 -3.500
-6.500
SECTION C-C‘
-7.500
SECTION D-D’
7
Primitive period
Agriculture period
Industrial period
Modern period
Analysis of space level Different levels are used to simulate the ups and downs of landforms, and the twists and turns of historical development.
Elevation (East)
Courtyard space
Corridor area (West)
Multi-layer space (South)
Sunken space
Corridor area (North)
Multi-layer space (North) 8
V i ew fro m pi l gr i m a g e route 3. Exit: Bright A large number of green plants can be seen at the exit, introducing a large amount of natural light. The whole outdoor channel from dark to light, making tourists seem to shuttle through time and space.
The site is located on t h e s id e of pi l gr i m a g e road, and there are many entrances from this road to the site.
2. Middle corridor: half light and half dark The middle part of the passage, half of which is an open space, introduces certain light, representing the process of historical exploration.
View from hillside From the hillside, peopel can reach one of the main entrance of the museum exhibition hall and other passages to the outside space of the museum.
3
1. Entrance: dark The entrance passage is narrow, with closed stone walls on both sides, representing the beginning of primitive and gray history.
2
View to the sunken space
1
Some corridors surround the sunken square. People can see the green plants of the sunken square when walking on the corridors.
Convent can be seen through the museum Convent can be seen through the middle part of the museum. There are no tall buildings in the middle, which can provide people a good view.
View to the waterfall In addition to the sunken square, the corridor can also see pools and waterfalls.
9
Back to your belonging High-rise residential community with warmth
Dispersion & Aggregation JDC2021 International Student Competition In Architecture Design Individual Work, Tutor: zhang Shaopeng 09/2021-10/2021
Community, as a community of people living in a certain area, how to provide them with a more convenient way of communication and life mode? The appearance of a large number of empty-nest youth, loneliness and lack of sense of belonging triggered my thinking. With the rapid development of the city, the uniqueness of the city is gradually lost, and different regions are gradually unified and monotonous. Whether the intimacy and memory of traditional residential life can also be brought into the big city.
10
Background
Context Ming, a unique traveler: I pre traditio city. nal re fer to visit a sidenc e than nd travel in a a mon otonou s
Qiang, opport an employee u : tablish nities, but he the city has bett good so ho him. cial re pes to have er developm lations m e with th ore ways to nt e peop e le arou snd
Harsh climate Cave dwelling
Cold climate Courtyard dwelling
mth ker: I can’t feel the war Hua, A young migrant wor when I come home from m of home in an empty roo find someone to talk to. work, and it’s harder to Xiao Hong, a recent co sc hool, I felt llege grad th ua belong here at the city was strange te: After I left and I didn’t
H o t s u m m er c o l d winter Hui-style
Hot summer warm winter
Ming, a hometo foodie: I rea wn. I re ll ally mis y want to ea s the fo t od coo the food of ked by m my moth y er Xiao Li, a college stud ent: It was the first time hometown. City was I left my good, but I felt that there was no lively neighborhood in my hometown
The appearance of empty-nest youth, the disappearance of the city's memory
Concept City
Lonely
According to the climate, China can be divided into five categories: harsh climate, moderate climate, Ccold climate, hot summer cold winter and hot summer warm winter. Different climate regions also correspond to typical architectural forms.
Hypergraph
Natural harmony
Earth-building
Moderate climate Stilted building
Hyperedge model of community
Sample of young people
Traditional dwelling
⿏ ⿏ ⿏器
Isolation from nature
In order to resist the cold wind and hot summer in nature, the layout and architectural design of traditional dwellings are closely related to climate.
The social and economic development is not balanced. Big cities have better employment opportunities and so𪆓𪆓𪆓𪆓 Young people have to leave home to strive cial resources. for better opportunities. This has created a 𪆓𪆓 development 𪆓𪆓 new social group -- empty nest of youth.
Hypergraph --region
Bring the memory and warmth of residential buildings to the city and give the youth a sense of belonging. Hypergraph --hobby
Gather
Concept of "Family"
Single
Vernacular
Gather people who share the same interests and the same geographical memory, to get a new family concept.
批 监 批 批监 批监 监
Combination of region and hobby
11
Traditional dwelling
The element
Unit
Evolution
Multiple composite
Natural harmony Stilted building
Integrate flowing water and green plants into the building Add public floor for dancing and reading
Hui-style
Gather Centralized shared space
Courtyard dwelling
Add a public layer for leisure and entertainment.
Earth building
Diversity The diversity of architectural forms.
Cave dwelling
Add niche hobby public layer, music and art.
12
Stilted building
Stories in Coommunity
Private
Public
Under the living space and between the colum ns, there are many s hared activity spaces
Freely dispersed type Hui-style
The walls and round windows make the space more mysterious and the s o c i a l i n t e ra c t i o n between people more interesting
Channel order type Earth building
The arc living mode increases the scope of social interaction and makes people closer to each other.
Circular aggregation type Courtyard dwelling
Single square space combination to form axisymmetric space form, high and low scattered, conducive to lighting.
Square aggregation type Cave dwelling
Arch door and arch building form, while restoring the s hape of cave dwell i n g, i m prove the lighting problem of traditional cave dwelling.
Polycentric aggregation type
13
The theme of Stilted house Living space on the upper floor, social sharing area below, with 10cm pool for people to play.
The theme of Hui-style Eac h u nit has its own garden . Small passages lead people to enjoy the changing scenery. Plants, water falls a nd water dot t h e landscape.
The theme of Earth building The architectural space of the tulou themed small units is stacked and enclosed in a circle, with the empty space in the center as a shared space.
The theme of Courtyard dwelling Single square space combination to form axisymmetric space form, high and low scattered, conducive to lighting.
The theme of Cave dwelling Arch door and arch building form, while restoring the shape of cave dwelling, improve the lighting problem of traditio nal cave dwelling. 14
The high-rise community in the city provides the life mode of local-style dwelling house for exotic youth, and brings people a sense of belonging and warmth. With the rapid development of the city, the uniqueness of the city is gradually lost, and different regions are gradually unified and monotonous. Whether the intimacy and memory of traditional residential life can also be brought into the big city.
15
Spatiotemporal transformation Public activity center
Stillness & Movement Individual Work, Tutor: Prof. Claudia Westermann 02/2021-06/2021, Location: Shanghai, China
The ecological cycle is destroyed under the high density of human habitation. The breathing sense provided by the dynamic and vigorous architecture can efficiently use space to meet the diversity of human needs and create a richer ecological space. The building is no longer static, the moving structure brings the building life, the changing space and function bring the vitality of the community
16
Concept
Background
Ecological diversity
SHANG HAI CITY ——High Density
Design Methodology
Multi-level A public building will be built in the open space here. What will its function be.
Locus
Open
High density
Insufficient usable area
Maximize space
lack of green
Ecological destruction
Coexistence
Contrast Coral
Inclusive
Ecological diversity
SITE
Breathing building
Open Inclusive
Library!!!
Performance!!!
Multi-level
DEMAND
Park!!!
Available site
Function???
Form Extraction 1. Multi-level
2. Open
3. Inclusive
Plantings on the roof. people can see each other on different levels.
The roof lifting realizes the transition between closed and open
Quiet reading during the day, outdoor movies at night.
The roof lifting can alter access paths
Bask in the sun during the day and watch the night scenery at night.
The roof lifting realizes the change of space function
Take the family and children to relax during the day, and the young people to carnival at night.
SITE
Buildings used only at night Buildings used only at day
Buildings uesd at night
Buildings uesd at day
Changing space provides different functions at different times and meets more needs in limited space.
The lower part of the building has some space for stray animals. As a habitat for fish, coral is changeable and inclusive. As a living place for people, can architecture be like coral?
The glass structure is partially s u b m e r ge d , a l l ow i n g eye contact with fish in the water.
17
Site analysis DAY 5 am
8a m
300
m 4a
3
7 am
NIGHT
200
am
9
100
am
Performance Exercise Park Exhibition Eating Bar Group activities Study
2a
m
1 am
10
am
m
11 a
Road
Green space
Surrounding of site
Buildings
Public space
Surrounding of landmark
12 am 11 pm
1 pm
m
11 p
2p
m
m
p 10
3
m
7 pm Group activities
5 pm
6 pm
Student
Study
pm
4p
8p m
9
pm
Worker
Bar
Eating
The old
Exhibition
Park
Exercise
Performance
1. From site to bridge
2. 3. From site to Landmark From site to road
4. Opposite of the site
5. From road to site
6. From bridge to site 18
Plan
Model
View to the sunken space Through the buildings and corridors, one can walk all the way down to the open sunken plaza, which will connect with the riverbank.
View to the roof square Following the path and s tair s , t h e ro of wil l b e reac h ed, and af ter t h e roof drops in the evening, people can play on the roof square.
Columns position under the transformable roof
View to the sunken building
Administration lobby Function at daytime: Self-study area Coffee Exhibition Yoga meditation
The multi-spherical building b o dy wi l l c rea t e m a ny s m a l l S pa c e s fo r s t ray dogs and cats to stay for a short time.
Administration Lobby Store Function at night: Enjoy night view Bar Small group activities Dance Outdoor square
View from river The community centre can be reached by boat from the river and people playing in the square can be seen from the boat. 19
Day time Site feeling: Sense of history, Peace, Quiet Main target: Elderly and children Purpose: Close to nature and seek inner peace to relieve pressure. Details of connection between roof levels
The column pulls the i n n e r ro o f d ow n , and the inner roof pulls the connecting s tru c ture s hown, which pulls the outer roof down.
Supporting column details The use of telescopic pillars, the use of pump machine, control the rise of the column, so as to promote the central roof rise, in driving the rise of each layer.
Self-study area
Coffee
Exhibition
Sun bathing
Yoga
Section at day 20 time
Night time Site feeling: Flourishing, Lively Main target: Young people Purpose: Release the vitality of life. Details of connection between roof levels
The columns push the inner roof up, and t he in ner roof drives the connecting structure shown in t h e pi c t u re, t h u s raising the outer roof.
Supporting column details The columns shrink, thereby pulling the central roof down and pulling the layers down
Performance
Bar
Small group activities
Skate
Dance
Section at night 21 time
Night Time
Day Time View of the road
Both sides of the road are covered with green plants, which also provide habitat for stray animals
View from river The site can be reached by boat from the river, people playing in the square can be seen from the boat.
Day
inside
The sun shines through the roof and the room is bright and spacious.
Night
inside
The roof falls, and the roof is used as an active square, making the interior more private and active.
22
One’s comfort Residential unit in covid-19 time Roof construction: Pause & Start Individual Work, Tutor: Prof. Marco Trisciuoglio 03/2020-05/2020
In order to deal with the spread and uncontrollable of the global epidemic in 2020, the world has entered “pause mode”. Looking back at the short history of mankind, what can truly protect and accompany us? Epidemic experts say: “living in houses” can directly and effectively block the spread of the virus, when our range of activities is suddenly reduced, what is the severe challenge for architects? Convenient assembly can make the housing quickly enter the "pause mode", to the outside, there are barriers and connections; When the "pause mode" is removed, it can also quickly integrate into the free community and meet people's demands for a better life.
Metal shiplap panels Supporting battens 50mm×25mm Vapor membrane Sarking sheet 5mm OSB board 12mm Timber beams with insulation in between 40mm×80mm Plaster board 10mm
Wall construction: Metal shiplap panels "L" shaped vertical profile 50mm×60mm insulation-mineral wool 50mm OSB board 12mm insulation-mineral wool 150mm Gypsum plaster 12mm
Floor and Foundation construction: Clading 20mm Battens 25mm×25mm Timber beams with insulation in between 40mm×80mm Sarking sheet 5mm Vapor membrane Plaster board 10mm
23
Structure
Independent Calculation: Calculation: Calculation:
Timber Timber Timber C24strength strength class C24 C24 strengthclass class 10 10 10 pa Elastic modulus(E): (E): 1.1*10 pa Elastic Elasticmodulus modulus (E):1.1*10 1.1*10 8 pa 8 8 pa Shear modulus (G): 6.9*10 Shear Shearmodulus modulus(G): (G):6.9*10 6.9*10papa Density:550kg/m3 550kg/m3 Timber Density: Density: 550kg/m3 3 3 3 Specificweight: weight:5390N/m 5390N/m Specific Specific weight: 5390N/m C24 strength class
Water system Deflection: Deflection: Deflection:
3 3 Deadload=1KN/m load=1KN/m Dead Dead load=1KN/m3 Load:
Boiler
criticaldeflection: deflection: 2.2m/250= /250= 0.0088m critical critical deflection: 2.2m 2.2m /250=-40.0088m 0.0088m maximum deflection: 6.427 *10-4-4mm maximum maximumdeflection: deflection:6.427 6.427*10 *10 m maximum deflection < critical deflection maximum maximumdeflection deflection<<critical criticaldeflection deflection 4.4m 3.8m 4.4m 4.4m
Elastic modulus (E): 1.1*1010 pa Beam demension: Shear modulus Beam (G): 6.9*108 pa demension: Beam demension: 3 b=0.15m Density: 550kg/m b=0.15m b=0.15m 3 h=0.2m Specific weight:h=0.2m 5390N/m h=0.2m
Load: Load: Load:
equipment
Criticalload: load: Critical Critical load: 1m1m 1m
Connection of beams 3 3 Snowload=1.5 load=1.5 KN/m Snow Snow load=1.5KN/m KN/m3
structureofofthe the house structure structure of thehouse house Structure of unit 3 3 Deadload=1KN/m load=1KN/m Dead Dead load=1KN/m3
0.6m
2.5m 2.5m 2.5m
1.8m
3.5m 3.5m
2.2m3.5m
1.1m 1.1m
1.1m 0.8m
demensionfor for themain main beam demension demension forthe the mainbeam beam Demension for the main beam 3 3 Activityload=2KN/m load=2KN/m Activity Activity load=2KN/m3
Sink
Fromnolian nolian dragram From From noliandragram dragram =35180N N max =35180N NN max max =35180N 2 2 2
2 2 2
maximumstressσ=π stressσ=π EI/L maximum EI/L maximum stressσ=πEI/L 2 2 E=Elasticmodulus modulus==11000000000 11000000000 N/m E=Elastic E=Elastic modulus = 11000000000N/m N/m2 momentofofinertia: inertia: I=I= I=moment moment of inertia: forthe the beamsatatthe the roof: for for thebeams beams at theroof: roof: 0.2m×0.15m×2.46m 0.2m×0.15m×2.46m 0.2m×0.15m×2.46m 3 4 Electricity system 3 3/12=0.0001 4 4 x=bh /12=0.0001 mm IxII=bh 3/12=0.0001 m 4 x=bh 3 4 4 3/12=0.00005625 y=hb IyII=hb /12=0.00005625 mm y=hb /12=0.00005625 m
Waste water& water system Rain water collection
Solar pannel
2 2 2 211000000000×0.0001/2.46 2 2=179.26KN =π x, critical NN =π 11000000000×0.0001/2.46 =179.26KN x, critical N 211000000000×0.0001/2.46 =179.26KN 2 x, critical=π 2 211000000000×0.00005625/2.46 =π N 2=100.836KN y, critical =π 11000000000×0.00005625/2.462=100.836KN NN y, critical y, critical=π 11000000000×0.00005625/2.46 =100.836KN
3 3 3 550×9.81=5390N/m 550×9.81=5390N/m 550×9.81=5390N/m Dead load=1KN/m3
3 2 3 3=750N/m 2 2 0.5m×1.5KN/m 0.5m×1.5KN/m =750N/m 0.5m×1.5KN/m =750N/m 3 23 Snow load=1.5 KN/m 3 3=2625N/m 2 2 1.75m×1.5KN/m 1.75m×1.5KN/m =2625N/m 1.75m×1.5KN/m =2625N/m 3 2 3 3=4500N/m 2 2 3m×1.5KN/m 3m×1.5KN/m 3m×1.5KN/m=4500N/m =4500N/m 3 2 3 3=3450N/m 2 2 2.3m×1.5KN/m 2.3m×1.5KN/m =3450N/m 2.3m×1.5KN/m3 =3450N/m 3 2 2 0.55m×1.5KN/m=825N/m =825N/m 0.55m×1.5KN/m 0.55m×1.5KN/m3=825N/m2
3 2 3 3=750N/m 2 2 0.5m×1KN/m 0.5m×1KN/m =750N/m 3 2 0.5m×1KN/m =750N/m 3 Live load=1KN/m 3 3=1750N/m 2 2 1.75m×1KN/m 1.75m×1KN/m =1750N/m 1.75m×1KN/m 3=1750N/m2 3 3=1250N/m 2 2 1.25m×1KN/m 1.25m×1KN/m =1250N/m 1.25m×1KN/m =1250N/m 3 2 3 3=3000N/m 2 2 3m×1KN/m 3m×1KN/m =3000N/m 3m×1KN/m 3=3000N/m 3 2 2 2 2.3m×1KN/m=2300N/m =2300N/m 2.3m×1KN/m 2.3m×1KN/m33=2300N/m 3 2 0.55m×1KN/m=550N/m =550N/m2 0.55m×1KN/m 0.55m×1KN/m3=550N/m2
3 2 3 3=750N/m 2 2 0.5m×2KN/m 0.5m×2KN/m =750N/m 32 0.5m×2KN/m =750N/m 3 Activity load=2KN/m 3 3=1750N/m 2 2 1.75m×2KN/m 1.75m×2KN/m =1750N/m 1.75m×2KN/m 3=1750N/m2 3 3=2500N/m 2 2 1.25m×2KN/m 1.25m×2KN/m =2500N/m 1.25m×2KN/m =2500N/m 3 2 3 3=3000N/m 2 2 3m×2KN/m 3m×2KN/m =3000N/m 3m×2KN/m 3=3000N/m 3 2 2 2 2.3m×2KN/m=4600N/m =4600N/m 2.3m×2KN/m 2.3m×2KN/m33=4600N/m 3 2 0.55m×2KN/m=1100N/m =1100N/m2 0.55m×2KN/m 0.55m×2KN/m3=1100N/m2
Deformation, M,T and N dragram: Deformation, M,T and dragram: Deformation, Deformation,M,T M,Tand andNN Ndragram: dragram:
Inverter forthe the beamatatthe the floor: for for thebeam beam at thefloor: floor: one of the beam's demension0.2m×0.15m×2.2m one beam's demension0.2m×0.15m×2.2m oneof3ofthe 3 the beam's demension0.2m×0.15m×2.2m 4 4 4 3/12=0.0001 x=bh /12=0.0001 mm IxII=bh 3/12=0.0001 m 4 x=bh 3 3/12=0.00005625 m I =hb Batteries y IyI=hb /12=0.00005625 m4 4 y=hb /12=0.00005625 m 2 2 2 211000000000×0.0001/2.2 2 2=224.08 KN =π x, critical NN =π 11000000000×0.0001/2.2 =224.08 KN x, critical N KN 211000000000×0.0001/2.2 =224.08 2 x, critical=π 2 211000000000×0.00005625/2.2 2 2=126 KN =π y, critical =π 11000000000×0.00005625/2.2 =126 KN NN y, critical =π 11000000000×0.00005625/2.2 =126 KN N y, critical
: critcalloads loadsare arenot notreached. reached. max y, critical x, critical <<NN <<NN : critcal NN max y, critical x, critical N max < N y, critical < N x, critical : critcal loads are not reached. Slenderness: Slenderness: Slenderness: RadiusofofGyration Gyration(R(R)= Iy/A=√√0.00005625/0.03=0.0433m 0.00005625/0.03=0.0433m g)= Radius √√ g g)= Radius of Gyrationsystem (R √IyI/A= y/A= √ 0.00005625/0.03=0.0433m Air condition /R=2.5/0.0433=57 Slendernessλ=L beam g=2.5/0.0433=57 /R Slendernessλ=L beam g Slendernessλ=Lbeam/Rg=2.5/0.0433=57 N a t u r a l ve n t i l a t i o n Strengthdesign: design: Strength Strength design:
Displacement Displacement Displacement Displacement -4 -4 -4m =6.427*10 max VV =6.427*10 m max V max=6.427*10 m -4 =0.6427mm Vmax=6.427*10 m =0.6427mm =0.6427mm =0.6427mm
bendingmovement movement bending bending Bending movementmovement =3952Nm max MM =3952Nm max M =3952Nm max Mmax=3952Nm
ShearStress Stress Shear Shear StressShear Stress =10450N max =10450N TT max =10450N T max
Tmax=10450N
AxialStress Stress Axial Axial Stress Axial Stress =35180N max NN =35180N max N =35180N max
Nmax=35180N
system Air handing unit
z =35180N NN z =35180N N 2 z =35180N 2 A=0.2m×0.15m=0.03m A=0.2m×0.15m=0.03m A=0.2m×0.15m=0.03m2 M =3952Nm x MM x=3952Nm x=3952Nm =0.2/2=0.1m max =0.2/2=0.1m YY max Y 3 4 max=0.2/2=0.1m Air cults 3 3/12=0.0001 m x=bh /12=0.0001 m4 4 IxII=bh max /12=0.0001 m x=bh max σ =N /A+M Y /I =35180/0.03+3952×0.1/0.0001=5124666pa max z z x max x σσ /Ix=35180/0.03+3952×0.1/0.0001=5124666pa z z =N z/A+M xY max =N z/A+M xY max/I x=35180/0.03+3952×0.1/0.0001=5124666pa
Fan conclusion: conclusion: conclusion: the structure meets the requirements of the maxstrain strain and the thestructure structuremeets meetsthe therequirements requirementsofofthe themax max strainand and the max deflection, but the beam is a little bit thin due to the the themax maxdeflection, deflection,but butthe thebeam beamisisa alittle littlebitbitthin thindue duetotothe the slenderness is less than 50. slenderness slendernessisisless lessthan than50. 50.
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Other works
Kinetic facade design Group work 09/2020-11/2020 Role: Digital model of each unit, Diagrams, Physical Model
Art museum 04/2018-05/2018
The spherical shelter Group work 10/2019-11/2019 Role: Concept design, Digital model , Physical Model
Physical model of Nanjing Poshe Internship Project 01/2021
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