Portfolio Of Yueling Yu
CONTENTS
GRIDSHELL DESIGN
01
INDUSTRIAL PARK
05
SHUANG QI RESIDENTIAL
08
SHUANG QI RESIDENTIAL
10
This portfolio contains the design works of Yu YueLing
GRIDSHELL DESIGN - DESIGN SCHOOL BUILDING
SITE PLAN 1:2000
concept
The idea was that to merge a free roof space using geomery to define more specific functions. The trend of the roof is decided by the open spaces. When it meet - the courts, it will come down, which can be a good way to create different atmosphere of open spaces.
GRIDSHELL DESIGN - DESIGN SCHOOL BUILDING
This project looks at create architectural form , irrespective of anycompositional. structual or construction principle, and has been taken to an extreme in the purely virtual “trans-architecture“ of ,Marcos Novak. In this framework ,form-resistant structures such as shells and gridshells are placed in a strategis position. The studio continue the research into the applications of form-resistant structures, through working methods that seek to synthesise the virtual and the real by means of both physical form-finding and numerical/ digital technologies.The first 5 weeks will study the relevant resources of form- finding, the next 7 weeks will be focus on the design. 02 /2016 - 06 /2016 2nd semester of Master
Project Type:Group work (3 weeks) & Personal design. Tutor: Alberto Pugnale, Louis Gadd
C
B
7
5
6
1. Cafe 2. Studio 3. Learning Area 4. Library
A
4
1
A
2
5. Lecture
2
6. Storage space
2
7. Outdoor space
2
2 3
B
C
GROUND FLOOR PLAN 1:200 1
4
3
2
1
5
1. Studio
6
2. Exhibition
1
1
1
3. Library 4. Lecture 5. Lab
FIRST FLOOR PLAN 1:500
6. Toilet
4 7
5
3
9
6 10
1
1. Cafe
SECTION A-A 1:500
10
2. Meeting room 3. Lab 4. Computer room
2
2
3 2
9
2 2
5. Locker 6. Storage space 7. Rest space 8. Printing room 9. Toilet 10. Office
UNDERGROUNN FLOOR PLAN 1:500
SECTION B-B 1:500 2
SHELL FORM OPTIMIZATION
LEGEND CONTROL POINTS
SUPPORTING EDGES
CONTROL POINTS VARIED IN Z DIRECTION
DISPLACEMENT TOP VIEW
PERSPECTIVE MESH VIEW
DISPLACE MENT LEGEND
FITNESS : MAX DISPLACEMENT (CM)
<1 <1-1.5
TYPES OF LOADS : MESH LOAD & GRAVITY LOAD
<1.5 - 2 >2
4 3.5
MATERIAL : CONCRETE C30/37 THINKNESS OF THE SHELL : 20CM SUPPORTS: 5 EDGES
GENO MAX DISPLACEMENT - 3.8CM
GEN20 MAX DISPLACEMENT - 2CM
GEN40 MAX DISPLACEMENT - 1.7CM
GEN60 MAX DISPLACEMENT -1.3CM
DISPLACEMENT TOP VIEW
3.8
3 2.5 2
2
1.5
PERSPECTIVE MESH VIEW
1.7 1.3
1
1
0.5 0
0.8
0.7 0.3
GEN0
GEN20
GEN40
GEN60
GEN80
GEN100 GEN120 GEN140
GENO80 MAX DISPLACEMENT - 1CM
GEN100 MAX DISPLACEMENT - 0.8CM
GEN120 MAX DISPLACEMENT - 0.7CM
GEN180 MAX DISPLACEMENT - 0.3CM
3
1
4
2
1 .STEEL ANCHOR 2 STEEL PLATE CONNECTING THE GLAZING SYSTEM TO THE ROOF
3
3.DOUBLE GLAZING 4. REINFORCED CONCRETE (150MM)
DETAILS BETWEEN GLASS AND ROOF
SECONDARY CONNECTION ELEMENT
FABRICATION
1 .TEMPERED GLASS
4
2 .SECONDARY CONNECTION 3.ALUMINUM BLIND 4. STEEL TUBE
3
2
SECTION C - C 1:200
1
WINDOW -BLIND DETAILS 4
MACRO TO MICRO - INDUSTRIAL PARK
Site navigation( Fishermans Bend, Melbourne , AU )
MACRO TO MICRO - INDUSTRIAL PARK
This project looks at Fishermans
Bend, a current megaproject and targeted urban renewal area within the City of Port Phillip and the City of Melbourne.This real project site presents the opportunity for invention; to investigate and test new urban design propositions.The design moves from the “MACRO”,urban investigations, to the “MICRO” whereby developing an architectural proposal. The challenge is to combine historical and cultural background then embrace a big idea that create a new city vision for Fishermans Bend.
SITE PLAN
PROBLEMS AND STRATEGIES PROBLEMS
07 /2015 - 11 /2015 1st semester of Master
Project Type:Group work (research)& Personal design. Tutor: Delia Teschendorff
OBJECTIVE ORIENTATION
PROBLEMS STRATEGIES
1.Weak relationship with surroudings & needs urgent activation. 2.Function loss. 3.Space is simple and lack of interests. 4.Historical nature has been weakened 5.The sea view is not used.
1:1000
GOAL:
1.Built activity spot. 2.add some function adapt to the site. 3.Rich spatial levels and open space. 4.Preserve the historical context 5.Increase interaction with the sea
Buildings move with activation process, creating an industrial park with creative market to attract turists and connect with surrounings closely. CONCEPT: OPEN SPACE
ADD ACTIVITIES
FLEXIBLE MARKET RETAIL FUNCTIONS
SIMPLE PLACES
COMMERCIAL INDUSTRIAL AND CULTURAL PARK.
INTERESTING SPACES ...
MULTI- FUNCTIONS NDUSTRIAL HERITAGE PARK
5
FLEXIBLE MARKET 6 am -12 am Food Market
12 pm -6 pm Flea Market
6 pm -12 am Night Market
12am -6 am Pub and Bar
Section 1 1:400
Section 2 1:400 6
1.Artist Studio 1 9
2. Book Shop 3. Food Shop
1
1. Restaurant
4. Handcraft Shop 5
9
6
5.Dessert Shop
2
6. Rest Room 7. Water Club
7 6
3 8 3
THIRD FLOOR PLAN 1:500
9. Retail 10. Exhibition
10
3 1
8. Market Space
4
GROUND FLOOR PLAN 1:500
1.Exhibition 1
4
2. Shopping
4
3. Restaurant
2
5
4. Cafe
2
2
3
5.Retail
FIRST FLOOR PLAN 1:500
1.Characteristic Shop 2. Shopping
4
3. Restaurant
3
5
4 1 3
6
1
4. Cafe 5. Meeting Room 6. Game Room SECOND FLOOR PLAN 1:500 7
SHUANGQI RESIDENSIAL - RESIDENSIAL REFORM
public facility
Site navigation( Xiamen,CHINA)
Urban network
Residential district
virescence Office building
SHUANGQI RESIDENSIAL
Residential district
Project presented the op-
portunity to reform traditional commercial space, through the investigation on the selected base, sustainable development, and embodying the traditional commercial space generation. Combined historical, cultural and social functions as a whole, requires for a consider across economic environment and consumer behaviors, forming the most challenging part of this project.
08 /2013 - 09 /2013 2nd semester of third year (8 weeks)
Bike and Pedestrian road
The Fish market
residential Bus Rapid Transit stop
Pocket space
commercial
ZHUSHU Church
intrinsic facade of KiaHe street and Kaiyuan street was preserved, and newer urban garden was established on the other side of the site and facing to the residentaial area routes marked in organe was designed to link the garden and local landmarks on purpose .
Project Type:Peisonal work. Tutor:Yao Minfeng
Building height
urban texture
One storey Three storey Four storey Five storey
communication network
8
Vertical section through the building
Once the prosperity ,now dilapidated
Population loss, Lack of public space and green space
1.shop 2.commniity activity 3.catering 4.community serving 5.teahouse 8 6.cafĂŠ 7.market 8.housing 9.hotel
8 8
6 9 1
8
4TH FLOOR PLAN 1:1000
5 1 1
6
8
6 3
8
Fading and lonely.
5
8
7
3RD FLOOR PLAN 1:1000 7 7 7
8
Environmental mess 8
2ND FLOOR PLAN 1:1000 5 2 5
3
4 1
5
1
3
1.approx.60mm waterproof mortar cladding 50mm air space vapour barrier 2X30mm mineral wool insulation packing mullion and transom fixing 180mm reinforced concrete struxture vapour barrier internal wood finishing 2.timber transom for connection between concrete wall and slab 3.crusher run approx.60mm arhlar brick rigid insulation 180mm reinforced concrete structure vapour barrier interal wood finishing 4.double glazing 5.concrete transom fro connection between concrete slab and steel window frame 6.mental coping liquid-film seal to gutter 7. geothermal heating and cooling pipe installed rigid insulation vapour barrier floor board 8.approx .60mm waterproof mortar cladding 50mm air space vapour barrier 2X30mm mineral wool insulation packing mullion and transom fixing 180mm reinforced concrete struxture 9.precasted concrete staircase 10.steel tie 11.gym ceiling finishing steel tie 180mm reinforced concrete slab concrete layer poured with geothermal heating and cooling pipe installed vapour barrier floor board 12.outfall 13.solar panels
13
6
12
2
1
4
GROUND FLOOR PLAN 1:1000 3 Sunshine analysis
Sunshine analysis
1
11
2 10 5
buffer space activity space activity space
Prevailing Winds Wind Frequency (HRS ) Xiamen -CHN Date:1st January-31st December Time:00:00 - 24:00
Day rail and shadow analysis
8
4 tour line
9
4
7
9
Section 1 1:400 downtown street housing
teahouse
the fish market
housing
shop
Section 2 1:400
Visual of outdoor plaza
Section 3 1:400
section 2
section 3 section 1
Visual of outdoor plaza 10
HIGHRISE SOHO
HIGHRISE SOHO The project is to design a high-end office building on selected site(downtown with heavy urban context) , requires for a close relationship between proposal and site, including transportation, environment and landscape, etc. Providing opportunity and challenge to consider landscape, structure, space comfort and green ecological technology at a same time.
Gree n roo f sub Filter strate layer Drain age la yer Prote ction m at Wate rproo f mem Vapo brane ur co insula ntrol tion Playw layer ood d eck
09/2013 - - 11/2013 1st semester of forth year. (8weeks) Type:Personal work Tutor: Zhen jianyi
20F and above 9F to 19F 4F to 8F 1F to 3F
High density residential Low density residential Commercial buildings
Afforest
Urban Density
Building Height
Sun Path
Shawdow Map
11
Modern high-rise residential building in the city have very good ahievement to solve the high density of population and environmental health.But they also cause the indifferent relations and lack of interpersonal interaction.It lead to the crisis of social trust.
THE MORPHOLOGICAL STUDY OF MODERN HIGH-RISE RESIDENTIAL BUILDING TUPES During the study, two typical issues pulled my attention: pinch of internal public social spaces and space condition (ventilation and natural lighting). Which formed my main goal to deal with during later process.
Massing And Design Process
Site
Deepening the envelope body
Pull out the block
Square concessions, changing the architectural form
Cutting the block(according to the orientations )
The initial formation of architectural form
Further cutting the block(according to the sunlight )
physical modle scrutiny
Software analysis(generates building envelope does not affect the surroundings )
Final architectural form
12
5 10
20TH FLOOR PLAN 1:1000 6 9 10
12ND FLOOR PLAN 1:1000 7
6
1.lobby 2.CafĂŠ 3.shop 4.bank 5.office 6.staff lounge 7.storehouse 8.activity room 9.green platform 10.lighting wells
8
5 9 5
7TH FLOOR PLAN 1:1000 Main Driving Entrance
3
1 2
4
3
section 1 Main Pedestrian Entrance
GROUND FLOOR PLAN 1:1000
Section 1 1:300
Lighting problem as one of issue existed in highrising buildings in China. By introducing light well into the directly leaded into interior. Surrounding areas of the light well are used as public social area,enriching to the vetical path zone.
Shawdow Analysis
vernal equinox 13:00
vernal equinox 16:30
summer solstice 8:30
summer solstice 13:00
summer solstice 16:30
twinter solstice 8:30
winter solstice 13:00
winter solstice 16:30 13
1. In order to prevent overheating from the east direct light, shorter windows were designed on purpose 2. air inlet set in the taged on servicing zone ( duct work insuilated in floor slab, connection between the inlet and duct work shut during warmer days) 3. As the south facade of the housing department is facing to a large content of urban landscapt, Larger windows were set. 4. cooler air get into the duct work in floor slab, where geothermal heating piles insulated. Warm air get into space under the force of a vent
lighting diagram during summer
natural ventilation diagram
lighting and visual analysis during winter
mechanical ventilation and heating
EAST
A major component of the design will be a concrete sevice wall-situated to the north of the design,that acts as a shear core for the fire stair.
- Concrete Mass -Thermal Capaties
Taking inspiration from Fielden & Bradley studios BRE headquaters design,of the buildings ventilation towers:the service wall manipulates a similar concept that utilises both passive and mechanical methods of ventilation,to supply the building with fresh air.The principal idea being a wind tower,that catchs the prevailing wind,creating negative pressures that force fresh air into duct work within the service wall and into inhabited space,replacing stale air forced out of duct work and dispelled north into the prevailing wind.
- Piping - Distribvtes Hot / Cold Water within space
-CHP vnit
- Heat - Condition Water for concrete Thermal Mass
Concrete servicing wall design to pull geothermal heating and mechanical ventilation system together, heating energy from natural sunlight was gained on purpose
service wall concept diagram
Ventilation Concept
Roof greening and Louver shading
Vertical louver sunshading board
section
The drop along the street Cooling and noise reduction
PERSPECTIVE SECTION 14