Yao FU Selected Works Architecture Portfolio

Selected Works Architecture portfolio: Academic. Professional University of Melbourne| Master of Architecture

PORTFOLIO -YAO FU-

YAO FU Graduate Architecture

IN F O R MATIO N Name : YAO FU Date of Birth : 16/09/1993 Address: Oak park VIC 3046 Nationality: Chinese Language: Chinese(Native) / English(Proficient) Linkedin: https://www.linkedin.com/in/yao-fu-0916/

EDU C ATI O N Bachelor Of Design(Architecture) 2012-2016 The Faculty Of Architecture,Tianjin University Exchange(Bachelor peroid)

YAO FU

The Chinese culture university,Taiwan Master Of Architecture 2017-2019 Melbourne School Of Design, University Of Melbourne

IN T E R NSHIP EXP ERIENCE

In-office environment, I am an optimistic, modest, and friendly person, good at communicating with my colleagues and clients."

Dalian Jianfa Deisgn Institute 2014-2015 Dalian, China

Supervisor: Ran XU Projects: Residential housing located in Dalian The Dalian zhongshan hotel design

Contact Me

Tianjin University Landscape Design Workshop 2015-2016 Tianjin, China

Supervisor: Yan Wang(Tianjin University) Project: Architecture and Landscape Design of Xinglang Mountain Villa, Ji County, Tianjin Plat Asia Architecture

"I am hard-working and devote myself to my career, which means I am capable of facing intensive workload and keeping scrupulous toward tasks.

TEL: +61450180916(Australia) E-mail: fuyao0916@gmail.com

2016-2017

Bejing China

Supervisor: SEUNGBO RYU(Korea) Project: (more than three projects) For Initial Design: XIXIAN zone kingedgarden architecture design For Concept Design ďźšXIXIAN Urban planning and landscape design For Whole Steps Design: Batu Duolina Winery Design(Architecture and Interior design following the whole design step) Xinyijia Interior Design Firm 2018 MId Dalian China

Project: Interior design (Render and detailed design) The practical interior design with real client

SK I L L Software AutoCAD|Advanced Photoshop|Advanced Indesign|Advanced Illustrator|Advanced

Vray|Advanced Sketch|Advanced Rhino|Advanced Enscape|Advanced

Revit|Basic 3Dmax|Basic Archicad|Basic Model making|Advanced

H OB B I ES

Laser cutting |3D model printing |Timber workshop

AC H I EVE MENTS

Novel

Travel

Movie

Paint

Sport

Photo

Tianjing University Architecture Construction- Honor 2012 UA Architecture Competition - Finalist 2016-2017 Sichuan Province Architecture Competition- Bronze Prize 2017 AA Visiting School Lugo Italy(Analog workshop) 2019

CONTENT

No.1

Floating Vocational school Melbourne

Richmond

Key Words: Heritage building | silo | cross laminated timber|vocational school |industrial site| core| floating

No.2

Australian Housing Design Melbourne

Collingwood

Key Words: Australian housing|heritage facade|Australia building regulation| Vegetable garden

No.3

Free Space/Tailor Shop

Lebanon

Beirut

Key Words: conceptual design | drag queen community | religion | storyteller | line drawing studio

No.4

NGV_C Contemporary Art Gallery

Melbourne

Southbank

Key Words: contemporary art | Promenade |Large-scale | Bridge system |connection | NGV Video link:https://drive.google.com/file/d/1h4AY8QMssXwN99YhkdXO_vdl36g-

No.5

J8Qux/view?usp=sharing

Applied Architectural Technology

Melbourne

Key Words: high-rise building | office building |construction drawing

No.6

Comfort Edges

Melbourne

Unimelb

Key Words: sustainable | improved design |landscape|wind

No.7

Digital Design Fabrication

Melbourne

Key Words: paper fold | junked timber| recycled plastic | stool

No.8

Other Works Construction model Plaster model Interniship Work Hand drawings

Unimelb

CBD

01

Floating Vocational School Richmond Malting Site Revitslizing Project M. ARCH Semester 1 Architecture Studio STUDIO 22: RECOMBINANT CITY 2.0

Team work

Team Member: XINYI LIU/ YAO FU

Australian Heritage industrial Tutor: NICOLE ALLEN & JOHN CUNNINGHAM Software Using: Rhino, Vray, Photoshop, Autocad

Project Information

Technicalďźˆor vocationalschools in Australia are generally more directly learning content is more biased towards jobs that are scarce in the pract hospitality etc . However, this floating vocational school focuses on highly artisans across Australia to learn from each other. I want to make this plac craftsmen.

The workshops of artisans in Melbourne are scattered, and the studios are of the same type. Studio locations are generally located on the outskirts, area. This leads to a lot of restrictions between buyers, craftsmen, and co on turning Melbourne into a Silicon Valley school of artisans. Cooperation collaboration between teachers and students, cooperation with foreign possibilities. At the same time, the cooperative studio between craftsmen studied.

y oriented towards employment, and their tical industry such as cooking, hairdressing, y skilled artisans who want to attract ce a gathering place for experimental

e small and mostly co-operative studios and the machinery used is limited by ooperating craftsmen. The design focuses n between teachers in this school, countries, etc. have increased the n has also increased the variety of courses

WORK

TRAINING

LIVING

SELL

RESEARCH

EXHIBITION

CURRENT SITUATION: RANDOMLY SCATTERED IN THE CITY

STRATEGY: GATHER ALL THE PROGRAM TOGETHER

Vocational School Function Diagram

Existing building

Floating above the existing

Vertical connection

Communal space (Debate square)

Upper

Upper is new buildings most of block is living space and other as communal area.

residential

private

new

education

public

old

JEWELRY ST

UDIO Lower

Keep all lower exsiting building and add more buildins as educational propose. keep all public events in the lower floor

Existing site perspective

Block Generation

Keep most of the existing buildings and use them as studios, workshops and classrooms

Existing building

Add three more buildings to provide enough educational space

New building

Add living space on the top of the existing buildings Form is inspired by the interweaving craft

Living space

Cores act as both vertical circulation and part of the structure system

Core

Using the loop of communal space to link all living units together.

Communal spaces

Remove some blocks to introduce more sunlight Enlarge some blocks to create a variety of living units

Remove & Enlarge

14

13

10

13

X

Y

16

9

19 18

15 X

8

5

7

6

11

4

15

12

15 11 12

1. Wood Studio 2. Wood Classroom 3. Wood Machine Workshop 4. Medical Studio 5. Medical Classroom 6. Sculpture Studio & Classroom 7. Glass Studio 8. Glass Classroom 9. Jewelry Studio&Market 10. Jewelry Classroom 11. Fibre & Leather 12. Fibre & Leather Classroom 13. Ceramic Studio 14. Ceramic Classroom 15. Gallery & Retail 16. Restaurant 17. Cafe 18. Office 19. Storage

15

15 3

1

Y

2

GROUND FLOOR PLAN

Entrance & Main Street

Retail & Exhibition Loop

17

Dormitory (Single Room)

9

Dormitory (Twin Room)

12

10

1. Dormitory 2. Apartment 3. Chat Corner 4. Dining Room 5. Atrium 6. Performance 7. Lobby 8. Cafe 9. Gym 10. Library 11. Exhibition 12. Meeting Room 13. Media Room 14. Terrace

Arpartment

11

7 14

6

8

13

9

5TH FLOOR PLAN

Program Axo GYM PRACTISE AREA RESTAURANT THEATRE BAR CAFE GAMES

1

DORMITORY (SINGLE ROOM)

2

DORMITORY (TWIN ROOM)

3

ARPARTMENT WOOD STUDIO

MEDICAL ILLUSTRATOR SCULPTURE STODIO OFFICE JEWLERY STUDIO

CREMEIC STUDIO

WOOD STUDIO FABRIC &leather STUDIO GLASS STUDIO RESTAURANT LIBRARY JEWLERY MARKET

Vertical Circulation

Upper Level

Lower Level

Upper New building

Living space/ communal space Thearter

Apartment

Design area working bench

Studio space Lower

Exsiting building

Final model

Final Building

New Architecture use the core as a structure to float ¡ Use cores as circulation and structure

Accordion door

Core Lifts

Day In The Life

GET UP 8:00 AM

HAVING CLASS 9:00 AM

Core

Day In The Life

Section Perspective

Day in The sectional perspective shows students/mas evening, students get upstairs to study in the c practice, and return to the upstairs residential can enjoy a range of activities such as watchin

PRACTICE 1:00 PM

the life sters in the building every day, from morning to classroom downstairs, then go to the studio to area at night. In the residential area, residents ng movies, playing billiards, and enjoying a bar.

RELAX 9:00 PM

Workshop

Core

Material Choosing (Upper Level ) Clt (Cross Laminated Timber)

Key Benefits • FLEXIBLE DESIGN • SUBSTAINBLE DESIGN • DURABLE AND HIGH QUALITY • COST EFFECTIVENESS

TYPE A communal space truss 16000mm(span) CLT column 1000 x 1000mm

• THERMAL PERFORMANCE • ENERGY EFFICIENCY

HOLLOW BOX 1000MM(H) X 600MM(W) FLOOR PLATE 1000MM(THK)

TYPE B dormitory truss 8000mm(span) CLT wall 400mm(THK)

MIDDLE SLAB 200MM(THK) TWO-STOREY DEEP TRUSS 5400MM(H) 8000MM(SPAN) GLAZING

TYPE C apartment truss 16000mm(span) CLT wall 400mm(THK)

WALL PLATE 200MM(THK) WALL PLATE 200MM(THK)

A

B

Structure & Structure&Materiality Analysis Building Section Y-Y

Upper Floor A

Lower Floor B

02

Multi-Generation Kitchen

M. ARCH Summer Architecture Studio Individual work Australian Housing Architecture Design Tutor: Mitchell Eaton Software Using: Rhino, Enscape,Vray Photoshop, AutoCAD,Illustrator Project Information

HOME studio is centered around small scale residential architecture in suburban and inner-suburban Australia. The studio leader Mitch gives us a real site and practical client requirement, which lets us experience into real Australian architecture design lifestyle.

The context chooses in the more suburban area, which could learn from Australian architecture standards and learn how to ask for useful information from the local city council.

Collingwood house site has a fantastic northern aspect but is constrained by the existing heritage terrace house. Mitch (client) enjoys nothing more than cooking and entertaining others and loves the company of family. This project will allow them to realize their dream of opening up a community cooking class while helping their child and family into the housing market.

Multi-Generation Kitchen Site location

Existing context plan

Current circulation

2

Bendigo ST

Bendigo ST

3

1

Heritage facade

Hotham ST

Hotham ST

Melbourne CBD

Collingwood

Client

Mitch and son family

50 years old

Front gate has two entrances for residents walk in,a and back door is rooler door which is for car.

Concept

For nature concept

The standerd requirment

MItch

The house has three shared boundaries walls with three neighbors. Also, the street facade is on the list of heritage that needs to be preserved during design.

Rooms and bathing

Add

Mitch is an Italian cook; all the Italian cuisine has the green vegetable on the dishes, according to using the radiation software analysis, the existing garden has an excellent natural condition.

basil

for

getting

an

aromatic flavour and Increase the decorativeness of the dishes

Detailed requirements (summarizes with client storytelling)

Living supplement 1. For accessibility: Master room on Ground floor(approach to cooking class and vegetable garden) 2. Living space needs to keep some private with his son’s family.

Cooking class supplement the communal kitchen will also use by important events and family gatherings. This area should be designed to be comfortable for 12 guests, including for mitch.

The atmosphere of the communal kitchen should be like everyone is a big family! After class, all the students come together to eat food by a round table. It will be the most beautiful space and enhance the dining experience

Leaf basil

or Marjoram

The design will continue to use.

However, we still want to use the concept green wall in this design as Italian cuisine, It could extense the garden area to the natural, and the upper floor's deck is also adding some plants. It will include a green environment and more sustainability.

Landscape Use landscape (vegetable garden)on the ground

Landscape

use landscape(vgetable garden)on the ground.

Son family Connection connection

UseTo landscape to tieBuildings. the buildings Use Landscape Te The

son’s family supplement Two adults and one child family with an indoor dog.

At least three rooms for living, two of them are for family using and one for the guest room. The son’s family should have a bath.

The laundry space shared by son family and mitch

extension

Connection

Ground landscape, greenand wall Ground landscpe, Green wall and roof garden roof garden generates a generates whole a whole continuous connection. continuous connection.

Taget people lifestyle Mitch

Lunch time

1. Get-up 2. watering the vegetable 3. enjoy family lunch time with son family 4. Having class with students

1. Get-up 2. Enjoying family time 3. Having lunch with Mitch 4.Enjoy planting activity and assist mitch in cooking class

Son’s family

Get-up 9:00 AM

Vagetable garden Central area

Join Mitch cooking class 1. Walking to Mitch house and joining the cooking class 2. Litchening today’s task cuisine 3. Preparing todays’ cooking material 4. Go to vegetable garden anf picking-up

Student

Block Generation

Shadow Analysis

The blue part has more shade in winter 22 June than 1 hour radiation The red part has less shade in al four seasons 23 December more than 10 hours of radiation

Demolish & Perserve Demolish north part of the existing building Perserve south of heritage building

Add new buildings Add cooking class and more family living space.

Adjust window orientation

Avoid living space's window for northerly direction.

Add terrace Add terrace for natural ventilation to the building.

Add landscape

Add vegetable garden on the ground (more radiation area) Add roof garden and vertiacal greenery for priviacy issue.

Roof

First Floor

Ground Floor

AXO

Private Entrance Public Entrance Ground Floor plan 1:50@A1 0

1

2

4

N

5M

1 Cooking school 2 Communal dining 3 Fridges 4 Pantry 5 Public restroom 6 Mitch master room 7 Pizza oven 8 vegetable garden 9 Laundry 10 Family kitchen 11 Family dining

N

First Floor plan 1:50@A1 0

1

2

4

5M

12 void space 13 Familymaster room 14 Guest room 15 share bathroom 16 Child room 17 Terrace 18 Bay window 19 Family living room 20 Roof garden(deck)

Cooking Class & st

The design of the cooking school accommodate this space is designed as a double-high space for c is designed to be partially hollowed out and the ot which shows home The plants hanging above make the school look a teacher’s stove is a d

tudent kitchen area

Brick pattern

Kitchen utensils can be pulled down manually by a chain

es 12 people, including 2 chefs. At the same time, comfort; the pattern of the brick on the upper wall ther side is designed as a shape of house’s window e cooking school. alive, and the kitchen utensils hanging above the decoration or storage.

Pizza oven

Roof garden

Vegtable Garden

Son’s family kitchen area

The son’s family also has their kitchen for a a deck area next to the living area. The de radiat

a & Deck roof planting

a family gathering, and the upper floor is eck area also has its plant area and high tion.

Neighbour

Bay window

Cooking class& Dining Son family area

Bay window

Guest room

Child room

Son master room

Deck and roof garden

Section

Neighbor

Kitchen& Dining Family Entrance

Plant area central area for all people meeting

Mitch room

Pantry

Cooking class

Public Entrance

Facade

Central courtyard

03

Perdue

Free Space/Tailor Shop Beirut Lebanon M. ARCH Semester 3 Architecture Studio STUDIO 2: Perdue Indivadual work

-hidden; concealed; obscured.

Team Member: YAO FU

Story-telliing

Tutor: Rennie Liffen,Marijke Davey Software Using: Rhino, Photoshop, AutoCAD, Illustrator Project Information

Country Background

Movie screen-shot

The free space represents two different meannings. on the one hand , this space is free for drag queen community; on the other hand, it represents freedom. In this workshop,people canbe half-naked, and when they design part of the clothes they can directly try on.

The drag queen is a marginal figure in lebanon because of the complex religious relitionship. In fact,the drag queen is just personal hobby.They may around us during the day time and wear beautiful clothes to perform at night. In the design, the project creats a workshop for drag queen to make stage wear by themselves.

1

SWING

2

STORY-TELLER

3

WHITE CURTAIN

4

AUDIENT

5

BARBECUE

Through reading the article,The storyteller has nothing to do with the venue and the crowd, and can express and share anytime, anywhere. All community can share their stories and concerncs.

PROJECT NAME: FOR YOU Hakawatis storytellers

City background and exsiting condition

Alchemist

(Community)

Free space in tailor shop Architecture

2 1

3

STUDENT NAME: YAO FU STUDIO PERDUE

Article reading https://www.economist.com/prospero/2017/06/28/ autobiographical-storytelling-is-bridging-divides-inbeirut

A2@1:10 0 100 200

400

600 MM

Storytelling events are both reviving a traditional practice and promoting social caohesion ''Beirut is often lauded as a cosmopolitan city and in many ways it is—people from myriad political backgrounds, confessions, classes and ethnicities live within the city limits.

They rarely mix, however; most events and spaces are dominated by a specific segment of the population. Religious and political divides, legacies of the 15-year civil war that cleaved the city in two from 1975 to 1990, still linger. Hakaya and Cliffhangers, another storytelling group, Lebanese of all backgrounds—foreigners and former fighters, Syrian and Palestinian refugees and people from the LGBT community (who are usually forced to keep a low profile as homosexuality is criminalised in Lebanon)—tell their stories. The common ground they discover far outweighs their differences.''

Value: share and spread Story and Information

Hakawatis—storytellers Autobiographical storytelling is bridging divides in Beirut

5

4

Screen shot|Story-telling Show something we cannot see.

Hala decided to stay in this city she loved.

Screen shot: 3'24/6'48/7'10......

In beirut, we are still admiring the decoration of Hara's room. In this section, the audience did not find the theme of the movie. Later, when the glass broke, a lot of garbage poured into the home to form a stark contrast. The influx of rubbish when the glass breaks strongly express the theme of the film: environmental issues. My screenshots chose to go through a slightly larger lens, and I found some details in her home with lots of mineral water and instant food, which at the same time proved that Hara wanted to stay in the city.

Submarine

written and directed by Lebanese film maker Mounia Akl. https://vimeo.com/233685439

Screen shot|Story-telling Show something we cannot see.

Hala decided to stay in this city she loved.

Screen shot: 3'24 I still have some reason to freeze on this screen because I found that Hara kept pulling the curtains because the curtains were all rubbish. She didn't want to see any rubbish at home, so she kept pulling the curtains. The surrounding of the plant allows Hara to not see or smell the smell of garbage. However, when the glass was broken as if her insistence was broken, she stood quietly in the sun and the shadows. I found some details in her home with lots of mineral water and instant food, which at the same time proved that Hara wanted to stay in the city.At that moment she seemed to be struggling, struggling to stay and stay.

Submarine

written and directed by Lebanese film maker Mounia Akl. https://vimeo.com/233685439

Site perception

ALCHEMIST

Because the base is in Lebanon, we didn't do any actual research.So we actually do it through carpentry And, each group carries out a survey of the surrounding buildings.

Residential

wasteyard

SITE Tailor Ziad The alchemist chooses a tailor , he can make clothing and give drag queen community a support.

Breakfast shop

Bookshop

carpet shop

post-office

Drag Queen

MAIN ALCHEMIST

Drag queen in beruit can not show themself because the religon and political.this group need voice.

Final Model-Design Model 3D print

Final model,blue part is my design parti which is cat walk area and skylight widow. whole model can be separated and seeing the structure of model.

Parti-cat walk for drag queen in the workshop, between the sewing and tailor machine. when they try on clothes and they can discuss with others.

Time section

Plan-lower and upper floor Final project

Axo

04

Ngv_c Design Thesis/Comtemporary Art Gallary

Design Thesis Individual work Australian Comtemporary Art Gallary Totur: Anna Nervergna Australian Comtemporary art gallary Software using: Rhino, enscape, photoshop,AutoCAD,Illustrator Video link:https://drive.google.com/file/d/1h4AY8QMssXwN99YhkdXO_vdl-

36gJ8Qux/view?usp=sharing

Art center Kavanagh St

so

Different tests with triangle shape and 1/2 point connect

garden

ut

hb

St

The concept of abstraction means we could dealing with ideas rather than events. The design extracts the triangle shape which is also the shapes of the site to abstract as contemporary art. also, the surrounding building also uses simple geometry on the facade. it may generate an integration of art zone. The promenade space of the gallery and promenade could be used by various Artistic Expressions like sound art area, light art exhibition area and even for a live event etc. As, art is not only static but also dynamic, such as the use of smell, sounds, light and performances etc. Different art forms also represent the use of different spaces.

Block Generation

an

kb

stu rt

Triangle The spatial connectivity of large art public buildings and public Concept + shape promenade is a point that must be considered in the urban context.

Also, these linkages between architecture and public space will apply to comtemporary art speaking to Melbourne-based art history, landscaping and contemporary art etc. static dymaic NGV_C is a centre of art t Precinct, which surrounded by various large art galleries such as the national gallery of Victoria, Australian ballet centre Carmen herrera comtempoary and the Melbourne of recital centre, but they are all isolated. Yet, part semi-dynamic art and melbourne yellow of NGV_C includes a street (Sturt Street) that can be converted into an elevated pedestrian promenade, which will increase to the opportunity to connect garden of the NGV public spaces to the future contemporary art gallery.

lvd

sunlight influence

Main road side

NGV No conection with Ngv and art center

loading entrance M

ai

n

rt

e

en

nc

tra

b

nc

e

Su

ra nt

stu

St

Glazing roof Kavanagh St

Kavanagh St

Glazing

e

Accorting to urban context, to diesgn the entrance

so

ut

hb

an

kb

lvd

Connecting from Ngv to main building could use the bridge

so

ut

hb

an

kb

lvd

Adjust the open area on facade, base on urban context and natural condition

Yarra R

iver

Arts Centre

Kids Gallery

State Theatre Promenade

Ballet Centre

NGV_C Comtemporary Art Gallary Restaurant Entrance

uth

ba

nk

Blv

d

G

V

Southbank Blvd

perspective

St Kilda Rd

So

N

3D Print model With Promenade MSDX Exhibition

H1

View from main design NGV_C contemporary Art Gallery to Kids Gallery

View from Kids Gallery to main design NGV_C Contemporary Art Gallery

Peomenade Plan

shop

Guest from theater

shop

Temporary gallery

Temporary gallery Kids Gallery

shop

Ballet centre

Cafe

Storage

State Theater

shop

Ballet centre entrance

gh

Temporary gallery

Ka va

na

Guest from NGV

Ka

va n

ag h

St

Outdoor Restaurant

Ka va na gh

St

Guest from NGV

Bridge

Media gallery Sub entrance

Atrium (for large exhibition)

Ticket

National Gallery of Victoria

St

Temporary gallery(sound)

Ticket

Atrium (for large exhibition)

Media gallery

Main Entrance

southbank blvd

southbank blvd 0

Ground Floor with Promenade

First Floor with Promenade

30m N

Plan storage

office

Assemblage

Archive

storage

office

storage Assemblage storage Media gallery

loading entrance

Promenade basement

office

Assemblage

Group entrance

Permanent gallery

Coat Sub foyer NGV_C Gallery basement

Ticket

WC

Sub entrance Atrium (for large exhibition & perform)

void Storage

Temporary contemporary gallery

void

Ticket

Storage

Foyer

Gift shop

Main entrance

N

Ground Floor Plan

0

5

10

20

From NGV

30m

Outdoor restaurant

Storage

collection gallery Atsi gallery

Balcony

Restaurant Ticket

From NGV

Balcony

Balcony Atrium (for large exhibition & perform)

Balcony Atrium (for large exhibition & perform)

Balcony

Balcony

Large scale gallery

void

Installtion gallery

void

void

Viewing point for performance

Viewing point for performance N

First Floor 0

5

10

20

30m

N

Second Floor 0

5

10

20

30m

Sectional Perspective +35.00M

2F

+10.00M

1F

Ticket

Restaurant Entrance

Restaurant

+6.00M

Southbank blvd

Foyer Main Entrance

Âą 0.00M

Permanent gallery

0

5

10

Promennade- outdoor restaurant

Promenade Entrance

20

Wc

Storage

office

-8.00M

30m

Promennade- Sub Entrance&Bridge NGV entrance

Video Link:https://drive.google.com/file/d/1h4AY8QMssXwN99YhkdXO_vdl36gJ8Qux/view?usp=sharing

Interior Render

Foyer(Main Entrance)

Atrium

1F- promenade entrance

2F

05

Glacier center

Applied Architectural Technology Melbourne CBD VIC Australia

Richmond Malting Site Revitslizing Project M. ARCH Semester 2 core subject Team work

Team Member: Hanyu Lu/ Yao Fu/zhuojun Sun

Tutor: Mark Lam Software Using: Rhino, Vray, Photoshop, Autocad H1

Model

Structure Elevation Basically we want to make the project become the new landmark of the Melbourne City higher than surrounding buildings. Also, we would like to provide different angle of view the typical plan is designed to be a regular sixteen-sided shape that is close to a round passerby. The double-height basement is covered by a fastigiate glazing which is supp activities occur in the basement. In addition, the inclined structure of podium can also h the tower of the building.

The structure of the tower has also been considered regarding the facade of the buildin outrigger truss in mechanical floor. The inner tube resists the major lateral loads while

The tower adopts a method of gradually reducing area from bottom to top (the first floo To save the space and materials, the diameter of steel reinforced pillars reduces from unique shape with different architectural planes on each floor and evolved on the basis steel reinforced concrete column is arranged at each corner of the regular 16-sided ge building, but the angle is only about 5% relative to the vertical direction. The inclination

Structure Diagram

CURTAIN WALL BRACKET

01 A5.3

TRUSS

PARAPET

A4.3 PERSPECTIVE 01

SPANDREL PANEL

THERMAL INSULATION EXTERNAL CURTAIN WALL LOUVER BLADES

INTERNAL CURTAIN WALL

A4.3 SECTION 03 SCALE 1:50 @A2 03 04 A4.3 CROWN LAYOUT 02 SCALE 1:500 @A2

CROWN GLAZED UNIT WITH SPANDRE GLASS/ BLUE/ CASTACRYLIC SHEET FINISHES

ONCRETE

PIVOT BLIND

GLASS LOUVERS

DAVIT SYSTEM

TILT MECHANISM

OPEN TAIN W

BRAND:SERVOCITY ACTOBOTICS NO.SPG400A-CM

DAVIT

LOUVER SYTSTEM

PIVOT BLIND

TILES: 600mm x 600mm x 40mm WITH ADJUSTABLE S U P P O R T S B E L O W. ALLOS WATER TO FLOW UNDERNEATH FIRE-STOP

DAVIT CRARDLE TWO MEN PLATFORM

INTERIOR DOUBLE GLAZED UNIT WITH SPANDRE GLASS/ BLUE/CASTACRYLIC SHEET FINISHES

DAVI TWO FORM

EXTERIOR DIAGONAL STRUCTURE

TILT MECHANISM

MAINTANCE GRATING

A5.2 MECHANICAL FLOOR 02 SCALE 1:10 @A2

A4.3 ELEVATION 04 SCALE 1:100 @A2

SUBJECT

DEVELOPED PLAN, SECTION, ABPL90118 ELEVATION, & 3D VIEW. APPLIED ARCHITECTURAL TECHNOLOGY

ASSIGNMENT 0 CROWN DESIGN DEVELOPMEN

FIRE-STOP

SPANDREL PANEL

PROMAT 120MIN PRECEDENT

PROMAT 120MIN R U B B E R WAT E R P R O O F L AY E R / B L A C K / POLYVINYL ACETATE COATING 100MM THICK CEMENT SCREED1:100 FALL/ NATURAL GREY/TROWEL FINISH

800

150MM THICK CONCRETE SLAB/NATURAL GREY/ TROWEL FINISH ACOUSTIC RATED INSULATION WITH PLASTERBOAD CEILING/WHITE/PLASTER FINISH GLASS- LOUVERS MECHANICAL DOUBLE GALZED VISION PANEL/CLEAR ALUINUM LOUVERS/ FLASHING GREY/TWO COAT FLUOROCARBON COATING FINISHED FLOOR TILES: 600mm x 600mm x 40mm WITH ADJUSTABLE SUPPORTS BELOW. ALLOS WATER TO FLOW UNDERNEATH

02 A5.2

A4.2 MECHANICAL FLOOR SECTION 05 SCALE 1:50 @A2

GLASS LOUVERS PRECEDENT PROJECT: FIRE STATION VUGHT FIRM: BREUKER, TILBURG

CURTAIN WALL BRACKET DRAINAGE SYSTEM

GLAZING FRAME

PARAPET DAVIT SOCKET

WATERPROOFING BRACKET

CURTAIN WALL

BRACKET FITTING

TRUSS

20MM DOUBLE GLAZING BRACKET FITTING

02 -

A5.3 PLAN 01 SCALE 1:50 @A2

A5.3 BRACKET DETAIL 02 SCALE 1:5 @A2

10MM THICK ALUCOBOND PARAPET COATED FLUOROPOLYMER

FLASHING 80x50MM RHS

CURTAINWALL

BRACKET CURTAIN WALL BRACKET

BRACKET

20MM ALUCOBOND EXTERNAL GLAZING LAYER

CURTAINWALL BRACKET

100MM THICK THERMAL INSULATION

FACADE BRACKET

01 A5.3

150MM THICK CONCRETE SLAB NATURAL GREY TROWEL FINISH

110 x 70MM(2MM THICK) CRL CRISP CORNER U-CHANNEL CAP RAILING

ALUMINIUM GLAZING POINT FIXING

WATERPROOF MEMBRANE

RONDO 680 WALL TRACK

TRUSS

100MM DIAMETER SIPHONIC DRAINAGE SYSTEM

150MM THICK CONCRETE SLAB

80MM ROCKWOOL THERMAL INSULATION

PARAPET

LAMINATED

GLASS PANEL SPANDREL EXTERNAL GLAZING LAYER

40MM

ALUMINIUM THERMAL GREY INSULATION CLADDING PANEL

EXTERNAL CURALUMINUM TAIN WALL LOUVERS-

80MM DIAMETER SIPHONIC DRAINAGE SYSTEM 100MM STEEL TRUSS

GREY-TWO

COAT FLUOROLOUVER BLADES CARBON COATING ALUMINIUM GLAZING POINT FIXING

RUBBER WATERPROOF MEMBRANE 150MM THICK CONCRETE SLAB/NATURAL GREY/TROWEL FINISH

CELLING PANELS ROLLER BLIND INTEGRATED TO TRANSOM FLUSH WITH CEILING

20MM INTERNAL DOUBLE GLAZING LAYER

INTERNAL CURTAIN WALL

100MM THERMAL INSULATION ACOUSTIC RATED INSULATION WITH PLASTERBOARD CEILING/WHITE/PLASTER FINISH

FACADE BRACKET

600MM DIAMETER REINFORCED CONCRETE COLUMN

ROLLER BLIND INTEGRATED TO TRANSOM FLUSH WITH CEILING

PERABLE SUNSHADE LOUVERS

RONDO CEILING ROD HANGERS RONDO KEY LOCK SUPPORT

TRANSOM

RONDO KEY LOCK FURRING CHANEL CEILING PANEL

A5.3 SECTION DETAIL 03 SCALE 1:10 @A2

A4.3 SECTION

@A2 SECTION, 03 SCALE 1:50 DEVELOPED PLAN, ABPL90118 ELEVATION, & 3D VIEW. APPLIED ARCHITECTURAL TECHNOLOGY SUBJECT

ASSIGNMENT 05 CROWN DESIGN DEVELOPMENT

GROUP MEMBERS HANYU LU 822366

TUTOR Mark Huen Choong Lam

SCALE 1:5@A2 1:10@A2

DRAWING NO. A5.3

06Comfort Edges

Design Brief

Group

Design Concept

CassandraTom(Architecture) Winki Ip(Architecture) Feng Chao(Construction) Yao Fu(Architecture) Zhaoyu Zheng(Landscape)

Design Strategies

Our goal is to help Wowowa Design to achieve atmospheric comfort in their design.

Current Wowowa design removed all the walls of the existing south lawn car-park, resulting in controlled air flow within the internal car-park. This uncontrolled airflow in combination with the temperature and radiation variation at the edge has resulted in a less desirable atmosphere in their design. The design decisions made are governed by a major parameter of the optimization of airflow (wind speed-heat transfer) and a minor of external thermal exposure. Our design aims to maintain and extends the graduation of comfort level during the semester period at selected edges of their design, the design does not modulate conditions, for example, make hotter areas cooler.

Designs are tested against Computational Fluid Dynamics (CFD) to understand the existing atmospheric conditions and inform a spatial and experiential structure old and a new design based on extending the atmospheric range.

Comfort In Wind

Out

Deciduous trees to Evergreen trees to divert andincrease sun radiation in winter time reduced wind speed

Comfort

Wind Wind

To bring comfort both to the immediate exterior of the site’s edge and also the interior after the edge.

Softening thermal transition

Softening built form edges with landscape

THERM is used to understand the extension of heat transfer internally to form a cohesive study of the internal and external atmosphere.

Site 1 West Entrance

Site 1 West Entrance

Site 3 Heritage Plaza

Site 2 Freshening Garden

Site 4 South Entrance

Heat Transfer Relationships & Airflow Relationship

Upper & Lower Ground Structure

Airflow alters the interior temperature in summer and winter making large area within the South Lawn carpark thermally comfortable. It is tested against our target period of March and July each year using THERM*.

In March summer, air circulation from south-west wind combines with convection current that sends warmer air deep into the carpark and pushes cooler air out to the West Entrance (Site 1). As the carpark concrete structure acts like a Thermal labyrinths, this convection current will always be presence even at occasion that are windless. This thermal circulation cools large a results in a wider range of comfort both internally and externally (as cool air breezes out).

N

N

Hot

30 °C

30 °C

Hot

Comfortable

Comfortable

N

10 °C

Cold

30 °C

Hot

N

10 °C

Cold

30 °C

Hot

30°C

Comfortable

25°C

20°C

Open Cafe & South Entrance

East Entrance

Open Cafe & South Entrance 30°C

22°C

22°C

30°C

Comfortable

25°C

20°C

21°C 18°C

18°C

15°C

15°C

18°C

14°C

15°C

15°C

19°C

20°C

20°C

25°C

20°C

21°C 19°C

15°C

3

1 22°C

2

22°C

21°C

18°C

18°C 16°C

3

18°C

15°C

15°C

15°C

15°C

15°C

JUN

JUL

AUG

18°C

14°C

19°C

20°C

13°C 10°C

10°C

Cold

10 °C

11°C

10°C

11°C

Cold

10 °C10°C

9°C

9°C

5°C

5°C

5°C

In July winter the convection current works in reverse as the carpark is relatively warmer than the windy & often wet exterior.

0°C While prevented cold from entering fromFEBtheMAR north WestJUNEntrance (Site the remaining JAN APRviaMAY JUL AUG SEP1), OCT NOV DEC JAN the FEBdesign MAR have APR MAY JUN JUL much AUG winter SEP OCT NOVair DEC airflow is enough to help average out the interior temperature to a comfortable Active Semester Months level.

Active Semester Months

0°C

0°C

Comfortable Temperature

*THERM is a state-of-the-art computer program developed at Lawrence Berkeley National Laboratory (LBNL) for use by building component manufacturers, engineers, educators, students, architects, and others interested in heat transfer.

1

Comfort Outcome 30°C

North Ramp

2

North Ramp 30°C

27°C

25°C

25°C 23°C

25°C

30°C 25°C

West Entrance East Entrance

25°C

22°C 19°C

19°C 17°C

21°C

20°C

21°C

20°C

15°C

15°C

21°C

10°C

10°C

20°C

21°C 18°C

18°C18°C 16°C

5°C

5°C

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

0°C

NOV

10°C

11°C 9°C

FEB

SEP

OCT

NOV

25°C 23°C

25°C 22°C

22°C

22°C

20°C 21°C

15°C

15°C

10°C

10°C

5°C

5°C

19°C 18°C

18°C 15°C

15°C

15°C

0°C

MAR JANAPR FEBMAY MAR JUN APRJUL MAY AUG JUNSEP JULOCT AUG NOV SEPDEC OCT

NOV

DEC

0°C

0°C

JAN

FEB

MAR

JAN APR

FEB MAY MAR JUN

APR JUL

MAY AUG

Active Semester Months

Active Semester Months

Active Semester Months

Active Semester Months

Active Semester Months

Comfortable Temperature

Comfortable Temperature

Comfortable Temperature

Comfortable Temperature

Comfortable Temperature

17°C 14°C

16°C

18°C

19°C 17°C

19°C 20°C

21°C

JUN SEP

JUL OCT AUG NOV

SEP DEC OCT

NOV

Using our targeting months March and July temperature to benchmark design effectiveness, the new design helps the selected site to enter the comfort band (15-22°C). The new design is able to bring the temperature of the selected sites to the lower band of the comfort zone.

Master Plan

North Ramp

West Plaza

Elevation A

18°C 16°C

1

15°C

19°C

20°C

5°C

0°C

MAR

APR

21°C

17°C 16°C

10°C

0°C

FEB

19°C 17°C

15°C

16°C

5°C

JAN

22°C

20°C

21°C 18°C

UP

23°C

23°C 21°C

15°C

Osmunda Regalis Royal Fern

25°C 23°C

25°C 23°C

20°C

10°C

27°C

25°C

26°C 24°C

Acacia melanoxylon Blackwood 15M Evergreen

30°C

30°C

25°C

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

Active Semester Months

Active Semester Months

Comfortable Temperature

Comfortable Temperature

UP Calochlaena Dubia Common Ground Fern

2 Atlantes entrance

Westringia Morning Light

Kept and celebrated. Center stage of the Cafe.

UP White Concrete Tiles

Re-plantation of old heritage garden to upper level.

Syzygium Smithii Pilly Canopy 10M Evergreen

3

UP

3

Function: Reflects large proportion of solar radiation. Cooler sits for users during summer.

UP

White Bricks Function: Retain the original pavement used in surrounding path ways around South Lawn.

Extend design language up the ramp to upper landscape.

Lilly

B

Elevation B

A

DEC

9°C

5°C

DEC JAN

MAY

27°C

25°C

20°C

16°C 15°C

15°C

APR

30°C

13°C 11°C

MAR

23°C

23°C

16°C

FEB

North Ramp Heritage Plaza Entrance Open& CafeSouth & South Entrance

25°C 23°C

19°C

10°C

0°C

20°C

17°C 16°C

15°C

30°C

26°C 24°C

23°C 20°C

3

West Plaza

JAN

Active Semester between Months Seamless transition upper and lower level of the Comfortable Temperature site. Blurring the edges and makes the atmospheric condition blended.

Comfortable Temperature

N

DEC

Wowowa Design Analysis

Summer Overview - Hottest Condition (March)

Radiation Analysis March

N

Air flow Analysis March SW 3m/s

From CFD and ladybug sun radiation analysis test, over summer, southern end of the site in Wowowa design is constantly under shade due to the vegetation and overshadowing from surrounding building.

This makes it ideal for summer where cooler and shaded are is more desired. However, as Wowowa open removes the South lawn carpark concrete wall at southern edge, it creates a wind tunnel effect at the entrance. Higher speed wind cuts through the underground carpark.

This alters the original cool environment of the underground carpark to a degree that it could lose its character.

In Wowowa’s design, the western edge plaza in front of Baillieu Library is thermally exposed all year, especially during semester period where activity concentrates. Cool air which blow out from the carpark increasing the comfort over the area. Maintaining this cool to hot

Internal Comfort Gradiance

Radiation

N April

April N 7.2m/s

1

N May N 9.5m/s

May

South Western Wind

Radiation Comfort

directional air flow is part of the key gauge of our design.

Cold

High 8.0kwh

N Low 0 kwh

Assumption in CFD test: Average wind speed tested: 4m/s From Melbourne wind rose, wind speed varies averages from 4m/s to 8m/s on the extreme.

Warm

Winter Overview - Coolest Condition (July)

Radiation Analysis July

N

Northern Wind

Air flow Analysis July N 10m/s

Over winter, the western edge is more thermally exposed than the southern edge. This makes it easier for modification for all season use than the southern edge.

Internal Comfort Gradiance

Radiation

N

August N 8m/s

August

30°C

2

20°C

21°C

15°CHigh

8.0kwh

Cold

20°C 18°C 14°C

3

14°C 12°C

10°C

21°C

20°C

September

15°C

16°C

18°C

10°C

Low JAN 0 kwh

0°C

FEBWarm MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

15°C

1

NOV

11°C

9°C

DEC

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

0°C

DEC

N JAN

30°C 28°C

27°C

27°C

25°C 25°C

25°C

20°C

21°C

21°C 19°C

15°C

18°C

20°C

19°C

21°C

21°C

15°C

10°C

10°C

16°C

16°C

14°C 10°C

5°C

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

5°C

5°C

0°C

0°C

NOVJAN DECFEB

11°C

13°C13°C

15°C 14°C

18°C 16°C

9°C

23°C

23°C

20°C 21°C

21°C 19°C

18°C

15°C

15°C

18°C

18°C

19°C 18°C

21°C 20°C

16°C 14°C 10°C

10°C

11°C

10°C

22°C

20°C

20°C

28°C

27°C

25°C

23°C

19°C 15°C

30°C

25°C

25°C

20°C

North Ramp Open Cafe & South Entrance

30°C

30°C

27°C 25°C 24°C

23°C

20°C

West Plaza

East Entrance

Heritage Plaza & South Entrance

3

West Entrance

2

12°C

Melbourne windAUGrose, varies averages from 4m/s to MAY JUN JUL SEP wind OCT speed NOV DEC 8m/s on the extreme.

Comfortable Temperature

30°C

11°C

MARFrom APR

FEB

Active Semester Months

Comfortable Temperature

25°C

0°C

12°C

Active Semester Months

North Ramp

14°C

Assumption in CFD test: Average wind speed tested: 4m/s

9°C 5°C

JAN

18°C

10°C

11°C

10°C

Comfortable Temperature

North Ramp

20°C 18°C 16°C

Active Semester Months

30°C 25°C

21°C

14°C

Current Comfort Level 30°C

23°C

15°C

5°C

5°C

0°C

22°C

September N 6m/s

13°C

12°C

11°C

20°C

N

25°C

19°C

18°C 16°C

30°C

3

25°C

23°C

22°C

20°C

Radiation Comfort

Open Cafe & South Entrance

East Entrance

Open Cafe & South Entrance 30°C

25°C

The current Wowowa design of the west entrance (Baillieu Library) is not shielded from the north wind due to the sharp geometry at its edges and removal of original landscape. It results in high speed cold wind being redirected into southern lawn carpark, reducing the comfort at the edge.

14°C 12°C

11°C

12°C

9°C 5°C

5°C

MAR JAN APR FEB MAY MAR JUN APR JUL MAY AUG JUN SEP JULOCT AUG NOV SEPDEC OCT

NOV

DEC

0°C

0°C

JAN

FEB

MAR

Active Semester Months

Active Semester Months

Active Semester Months

Active Semester Months

Comfortable Temperature

Comfortable Temperature

Comfortable Temperature

Comfortable Temperature

JAN APR

FEB MAY

MAR JUN

APR JUL

MAY AUG

JUN SEP

JUL OCT

AUG NOV

SEP DEC

Active Semester Months Comfortable Temperature

OCT

By using transsolar.com, design-foroutdoor-comfort evaluation method, combining temperature and type of 27°C outdoor environment, we are able the 25°C determine the temperature at each site of interest. With the comfort zone between 15-22 degree, the goal is to reduce bring the temperature during active period to the comfortable temperature range.

In particular for Summer March and Winter July where average temperature NOV DEC derivation from comfort range is the greatest.

Design Process and Testing Tool Kit

North Ramp

West Plaza

Back Pressure Effect

30°C

Draught Effect

Funnel pressure Effect

27°C

25°C

25°C

24°C

C o m p o n e n t s 20°C facing the wind 15°C are subject to increased air 10°C pressurae and 5°C can be used as air intakes for 0°C harvesting wind.

21°C

16°C

JAN

FEB

MAR

APR

MAY

Low 20°C occurs at 18°Cthe 16°C leeward side 14°C 14°C 13°C of a building or building part. Air can be purged outJULthisAUGway.

JUN SEP OCT NOV

25°C

N a r r o w i n 21°Cg b u i l d i n g 15°C structures cause 10°C accelerated air speed.

5°C

23°C

20°C

0°C

DEC

Airflow Modification

N

JAN

FEB

MAR

APR

MAY

Iteration 1

Original Northern Winter Wind

Wind Direction

N

Iteration 2

Existing Wowowa Design.

Aerodynamic tear-drop stream line airflow away from interior carpark.

4m/s Average Wind Speed

Summer South Wind Test 10m/s N

Wind Direction

Iteration 5

Testing new sectional form with south west wind.

N

Wind Direction

Iteration 6 0m/s Reduce airflow plantations.

with

Wind Direction

N

Iteration 3

Wind Direction

Winter JUL

AUG

SEP

OCT

NOV

DEC

N

Iteration 7

Arch-bow land scape shelters the entrance from direct high speed air flow.

Iteration 4

Bring landscape into interior space. Unforseen jet stream.

Planting trees fragments air flow.

Reduce winter wind into interior.

N

N

Wind Direction

tree

JUN

18°C

Comfortable Temperature

0m/s

Test Parameter

19°C

27°C

25°C Position alteration of original Wowowa ramp to allow much 23°C 21°C more 19°C efficient control of airflow and comfort.

Active Semester Months

Active Semester Months

Wind Direction

28°C

27°C

25°C

Comfortable Temperature

Winter Northern Wind Test Wind Direction N 10m/s

Outcome

30°C

30°C

Wind Direction

Iteration 8

Organic alteration of ramp to meet the overall design language.

Wowowa Design

New Design

Summer

N

Wind Direction

Iteration 9

Organic alteration of ramp to meet the overall design language.

Using CFD test to validate, we altered the X-Y plane cross-section of the current Wowowa design to control airflow at the edges. By altering the airflow, one of the contributing factors of comfort and atmosphere, we pull the temperature to the desired comfort zone.

Wowowa Design

New Design

Site 1 West Entrance

C D Cooler Atmosphere Warmer Atmosphere Cool Breeze Warm Breeze

Perspective C - Ramp Access From the North

The new design resolves the hard edges of the original design. The organic form opens two new benefits to the site.

1. It creates a more welcoming entrance with smooth sloops and curved openings.

2. It blurs the line of a edge as the slope not only runs to the upper garden, it also warps into the carpark, creating a seems less entrance transition between spaces.

3. It address practical issues of cold north wind being directed into the carpark. The aerodynamics of the slopes directs uncomfortable cold wind out and way from the interior space during winter and allows cold air to swoop out into the plaza easily in summer.

London Plane (tree) have dual use, it shelters users from harsh suns , reduces the thermal temperature of the plaza ground, and more importantly it reduces wind speed of air before entering the carpark.

Cooler Atmosphere Warmer Atmosphere Cool Breeze Warm Breeze

Perspective D - Seamless Interior and Exterior Transition

Internal Temperature Analysis

Airflow Analysis (Improved Winter Time)

Wowowa Design

Wowowa Design

New Design

N 30 °C

Hot

N

New Design 10m/s

30 °C

N

10m/s

Hot

N Comfortable Comfortable

10 °C

0m/s

Cold

10 °C

0m/s

Cold

Summer N

N

30 °C

Hot

30 °C

Hot

North Wind Comfortable

North Wind

Comfortable

Airflow Analysis (Improved Both Summer & Winter Time) 10 °C

Cold

10 °C

Cold

Winter

Site 2 Freshening Garden

New Design

Wowowa Design

N

N

E

South West Wind North Wind

Atmospheric Pressure Analysis By using the concept draught effect, openings are faces along the direction of wind travel. High pressure zone is created as air gets compressed at the upward pointing tip. This pressure difference between this tip right before the opening (high pressure) and the low pressure in the carkpark results efficient air transfer into the carpark. The “wings” as we called it, are oriented along the southern wind direction so that warmer fresh air can enter the deeper part of the carpark.

This “wing” design merges seamlessly with the original landscape, acting as slopped resting spots which faces the sun.

Wind Speed Analysis

High Atmospheric Pressure Low Atmospheric Pressure

South West Wind North Wind

Site 3 Heritage Plaza

Cooler Atmosphere Warmer Atmosphere Cool Breeze Warm Breeze

F

Perspective F - A Shelter from The North Winter Wind

From an atmospheric point of view, this design have 4 purpose:

Airflow Analysis (Improved Both Summer & Winter Time)

1. Creates a shelter bay which is protected against the northern wind in July.

Wowowa Design

New Design 10m/s

10m/s

2. With hard corner edge being tapered into a slope, sunlight can enter this space, increase the thermal comfort in winter.

3. Retain the Atlantes entrance and makes it the center price of the open café, celebrating the artefact instead of hiding it away.

N

N 0m/s

0m/s

Internal Temperature Analysis Wowowa Design N

New Design

30 °C

N

Hot

30 °C

South West Wind

South West Wind 10m/s

Comfortable

10 °C

Hot

10m/s

Comfortable

Cold

10 °C

Cold

Summer

N

N 0m/s

N

30 °C

Hot

N

30 °C

Comfortable

10 °C

0m/s

New Design

Wowowa Design

Cold

Winter

Hot

Comfortable

North Wind 10 °C

North Wind

Cold

Elevation B

Activity Open Cafe

Comfort Temperature Improvement Summer & Winter

Open Space

South Entrance

Summer

Outdoo

Site 4 South Entrance

G Cooler Atmosphere Warmer Atmosphere Cool Breeze Warm Breeze

Perspective G - Seamless Entrance from University Main Gate

or Seating

Perspective G - Seamless Entrance from University Main Gate

Airflow Analysis (Improved Winter Time) The design controls the direction and way which March south-western wind enter the underground space. As the immediate space upon entering the University of Melbourne iconic building bridge, integrated landform provides a smooth transition between lower and upper spaces. The gentle ramps lead to the original strong axial pathway directing towards the Old Arts building, retaining the original design intention of the still functioning design. The arc like opening at ground level makes the lower level space more welcoming at all edges at the entrance are filleted and approachable from all directions.

10m/s

Wowowa Design N

0m/s

Internal Temperature Analysis Wowowa Design N

30 °C

New Design N

Hot

30 °C

Comfortable

Comfortable

10 °C

Cold

Hot

10 °C

South West Wind 10m/s

New Design

Cold

N

Summer 0m/s

Wowowa Design N

30 °C

New Design N

Hot

30 °C

Comfortable

10 °C

Cold

Hot

Comfortable

10 °C

South West Wind

Cold

Winter

0m

Outdoor Pathway

South Entrance

Summer

5m

10m

Outdoor Ramp

20m

07

Digital Design Fabrication

M. ARCH Semester 3 EXLAB Individual work Tutor: Jas Johnston/ Ryan Pennings Paper folding(final work) lathe stool Recycled plastic stool

Website: https://www.exlab.org/designers/yao-fu

Process

Final Lathe Stool Junked-Timber

Multi-centre axis

Recycled Plastic Stool HDPE Plastic( milk bottle and lids)

Color Testing

08

Other works

Construction Model 1:1 Group work(4 members) H1

Plaster Model

Individual work in Taiwan Exchange period project: Stormwater park landscape design Design with contour line TutorďźšAlessandro Martinelli

Interniship Work Design of Batu Duolina Winery(Architecture and landscape design): Engaged in: Modeling, Plan, Indoor Modeling, Rendering and Landscape Concept Follow whole design period include meet clients and presentation

Hand drawing

Chinese ancient architecture Mark pen drawing

Thank you

Contact Me TEL: +61450180916(Australia) E-mail: fuyao0916@gmail.com