portfolio for m.arch app

A PORTFOLIO OF ZHUYUHAO

2007-PRESENT XIAN UNIV OF ARCH&TECH BE in Architecture

MAIL ADDRESS No.225, Xichang road, Kuming City, Yunnan Province, China TEL +8613571992609 EMAIL d.kidd.z@hotmail.com

CONTENTS

I guarantee that all the work in this portfolio is done by myself.

Terminal

Production culture community

01

Furikazan

17

23

Jingmao commercial center

09

PROJECT1 URBAN COMPLEX PRODUCTION CULTURE COMMUNITY SC2011 SPAIN-CHINA

MOVEMENTS

Finalist in the international competition SC2011 SPAIN-CHINA MOVEMENTS The site is located south to Jian Ning Road, west to Yi Feng Gate of the city wall, and north to Hydrangea Park, XiaGuan District of Nanjing. <Oct. 2011> Tutor: Wen Jianqun(Xian University of Architecture and Technology) Collaborative project, collaborator: Ju Jianhui My part of work: team leader Contribution Concept 100% Model 90% Graphics 80% CAD 50% FOCUS ■ Integrate life-style into the concept ■ The interaction between architecture and landscape Economic indicators: East area of Qin Huai River Gross floor area: 38735m² West area of Qin Huai River Gross floor area: 89801m²

1

2

Lion Hill Yuejiang Pavilion This site is surrounded by absolute functions and spaces..we need a cushion area.

The cultural life and spare time are composed of consumption.

Nanjing ancient wall

Consumption Jinghai Temple

The improvement of spaces and functions

Moat

Taifei Temple

Yifeng Gate

Jiangning Rd.

Labor & production

Live & think & create So, we provide a complex functional and gentle shaped building to become the neutral point.

EN TE RT

ELEMENTS R U FO

Production Culture Community

Nanjing ancient wall The general facade of this project has a curvy shape which has been softly stretched towards west.

L A BO

ASED ON T ES B H E SE RG ME

ITY V I AT E R

THE MA TE RIA

Xiuqiu Park

Building height limit of ancient city area(35m)

U SPIRIT AL VALU EE ND LA

INTROS P E C TIO N &C

3

THE FU NC

ILDING F BU NO TIO

NT E NM I A

R

So, we provide a culture life community with an emphasis on production and creation.

How does this concept come about?

Xiuqiu Lake

Communication lines

Visual field

4

An overhead perspective view northeast corner viewpoint height 40m

The concept step back plant deck not only makes the crop production based community possible, but also produces a gradual shape which decreases the pressure from large scale building.

Creative building 1F-11F Studio & office 106920m² -1F sport facilities7800m²

Factory rehabilitation 3F library 400m² 2F library 1161m² 1F library 1562m² -1F exhibition 2005m² This part is based on existing old factory, and the rehabilitation of this factory is one of the requirements in this competition.

The remaining part of old factory are columns and general scale.

Extruded columns forms the plant frame。 1F Traveling service 3774m² -1~1F Service center 3774m²

5

-1FMini theater 4500m²

1F Sports facilities 3774m²

6

A perspective on the roof of reformed factory.

The net frame is for the purpose of plant pergola.

Library 3F

Library 2F

Mini theater service area

preparation room Traveling service center

Sports center

Studio west area

Mini Theater

Service center upper side Underground sports facilities for studio

Library 1F

Community hall & service center east side

Studio east area -1F Exhibition center

First floor plan Underground level one

7

8

PROJECT 2 JINGMAO COMMERCIAL CENTER Thesis project, Urban Commercial complex North avenue, Xian ancient city area, China <Jun. 3 2012> Tutor: Zhang Qun (Xian University of Architecture and Technology) Solo project

FOCUS

■Rationality of space and function combination ■Interesting space ■Elegance Economic indicators Total plot area: 35131m² Gross floor area: 65460m² Semi-underground area: 19480m² above-ground area: 45980m²

9

10

North ancient city wall 12m

Site height limit 24m

Xian Bell Tower 35m

Basic spatial combinations

South ancient city wall

Formation

The integration of building height, evacuation of basement, multifunction is the main limiting factor of this project. The graphic above serves to illustrates the various possibilities of spatial combinations in this case, and how I find a proper one. Simple exterior, Rich interior, semi-under ground basement, Semimix of public space and office space is my resolution.

Commercial part

Color Translucent concrete roof, external walls with low reflection white coating and the use of glasses can make a well-integrated design in this site.

＞10%

Sky

5%-20%

Sun ＞90%

5%-20%

Translucent concrete (Transmittanc e＞10%） Roof terrace Meeting workspace

Building 1m

＞10%

＞10%

External wall

Glass

Translucent Concrete Shell

RC concrete column grid Large span concrete shell

Traffic motion Main traffic (accounts for about 50% of total) Main human traffic (accounts for about 40% of total) oad uR h n Lia 3.8m

SIT E

No rth

an gni Qin

Office area

ad Ro

P

Commercial area

P

Ave nu

e

General traffic condition

Human traffic

Vehicular traffic

Separate traffic

Two point perspective of west semi-underground square

11

12

3F 2820m² 2F 2820m² 1F 2845m²

5F 1497m² 4F 1497m² 3F 2519m² 2F 2519m² 1F 2519m²

3F 145m² 2F 274m² 1F 253m² 4F 364m² 3F 485m²

2F 392m² 1F 826m²

1F 813m² 2F 752m²

4F 479m² 3F 619m² 2F 1160m² 1F 1352m²

Space Composition & Functions

Trapezoid shop up to 4 floors

Traditional department stores up to 3 floors

Independent shop up to 3 floors

Trapezoid shop up to 4 floors(4F is recreation terrace)

Independent shop up to 3 floors 13

1F 1703m² 2F 1751m² 3F 1802m²

Meeting & Workspace 1F Snack&cafe 2F-5F Conference & office up to 5 floors

4F 359m² (terrace) 3F 386m² 2F 883m² 1F 5343m²

4F 947m² (terrace) 3F 979m² 2F 1695m²

3F 335m² 2F 719m²

Section

14

Evacuation Radius=40m

Distribution of staircase & Evacuation Total First floor plan Total Second floor plan Total Third floor plan Total Fourth floor plan

AREA

AREA REDUCED COEFFICIENT

POPULATION REDUCED COEFFICIENT

CLEAR WIDTH WIDTH OF PER 100 EVACUATION PEOPLE

19780m² 10410m² 7571m² 2149m²

0.5 0.5 0.5 0.5

0.85 0.85 0.77 0.6

0.65m 0.65m 0.75m 1m

54.6m 28.7m 21.8m 6.4m

1800.0mm 1800.0mm

14400.0mm

2500.0mm

2500.0mm

5600.0mm

9000.0mm

2400.0mm

2400.0mm

4800.0mm

2500.0mm 2500.0mm

3800.0mm

TypeA staircase

TypeC staircase (with 2 elevators)

2466.7mm 3400.0mm

2500.0mm 3000.0mm

3800.0mm 2500.0mm

TypeB staircase (with 3 elevators) 15

Distribution of typeA(X9) evacuation width =2.5X2(each)X9=45m

Distribution of typeB(X2) evacuation width =2.5X2(each)X2=10m

Distribution of typeC(only for meeting & workspace part) evacuation width =2.5X2=5m

Indoor perspective of trapezoid shop

16

PROJECT3 TERMINAL

Academic project VI apartment.

This site located southeast side of South Gate in Xi’an. <Oct. 2010> Tutor: Zhang Feng(Xian University of Architecture and Technology) Solo project FOCUS ■ A deep research of residential buildings in north area of China, and a proposal of mine.

■ Proper module and scale of residential building.

■ Detail Economic indicators: Total plot area: 2171m² Gross floor area: 7690m² Building height: 36m(12F) Total units: 72 Type of unit: 3

17

18

A RESEARCH AND A CONCEPT Typical apartment style in northern China

SITE PLAN

Just like the Changan avenue in Beijing, Xi’an also has its own essential lines such as the 5km line along the south ancient city wall.

Residence is one of the building Chinese people value most, so everyone in China is residence expert. And I’m going to use the most familiar kind of building to intervene this special area, rather than simply blend in. The way of intervention that I use is differ from the Andrew’s formal way in the National Theater case. I use the functional reform and extending in residents’ life style to have a interactive intervention.

3# Inner corridor-type residence

2# Plate-type residence

1# Point-type residence

Corridor (section)

Transport core

Corridor

Household This type of floor plan are most 2-6 households on each floor, and mostly used for high-rise apartment. advantage: well lighting; high plot ratio week: energy keeping

This type of apartment is the mainstream type in northern China. advantage：well energy keeping week: lighting

This type of apartment is most used for small household apartment. advantage: economic, well relationship with each household week: ventilation; the lighting of north side households

Typical everyday space changes of a man

EDGE

South avenue

Xi’an ancient city wall

Home

Elevator

Vehicle

Work

Amplify this process

Garden South gate

Wenchang Gate

Corridor

Corridor (section)

MAINSTREAM

X+2F X+1F XF Site location

Inside the gate MAINSTREAM

Standard unit (2 households, 3 floors)

2nd floor of type B Garden of type B

1st floor of type B

Entrance of type B

Garden of type A Corridor I say: The family life is not just restricted to the life in home, the neighborhood is one component too. And this is what we lacking.

The setting of outdoor garden and the combination of corridor allows the process between home and elevator noticeable enough to become a part of residents’ life.

19

Out side the gate-EDGE

Type A Entrance of type A

20

Householder use the stairs to enter home directly from outdoor space.

The graphic above shows the stair of type A(ground)

The entering stair of type A(standard) is different from type A(ground). This stair is downward in direction.

This hollow area is aimed at reducing the pooling area; increasing the privacy of garden; improving the inferior lighting.

This padding area is corridor(2,5,8,11F)

1400x2400mm(bi cycla available elevator)

21

North side perspective

22

PROJECT4 “Furikazan”

* The word “Furikazan”is from Sun Tzu′s The Art of War Finished in BC514.The meaning of the word "Furikazan" is to teach us what we should do when facing enemy: as swift as a wind, as silent as forest, as daring as fire and undefeatable defense like a mountain.

A competition project of International competition HOLCIM AWARDS FOR SUSTAINABLE CONSTRUCTION This construction is designed to face the demand of protection from all kinds of disasters and at the same time remain the functions of everyday use. <Mar. 2011> Tutor: Wen Jianqun(Xian University of Architecture and Technology) Collaborative project, collaborator: Ju Jianhui/ Zhao Pencheng/ Bai jiahe My part of work: main author Contribution Concept 100% Model 100% Graphics 100% Analysis drawing 80% CAD 10% FOCUS ■ Compatibility and transferability ■ Resource efficiency and economic performance ■ Innovation

23

EARTHQUAKE

FLOOD

TSUNAMI

24

River basin

Aplication: 1 power sation; 2 bridge; 3 dock.

Lake district

Seashore

When Furikazan is applied in Lake Area, it can be used for 3 daily use purposes: 1 leisure and life; 2 accessory building; 3 temporay accommodation for traveler.

A construction which is transferable.

This construction is designed to face the demand of protection from all kinds of disasters and at the same time remain the functions of everyday use. The solution of this issue is to provide a modular construction. As a result, various function clusters would be formed by the differences of combination between each unit. And this characteristic would increase the possibility of transferability. For instance, in inland regions, this programme can be built on the inland waters,like lakes or rivers. When in the circumstance of lake area or seashore, several units can combine into a bigger cluster used to providing entertainment or some daily life functions. In the river basin situationsďź&#x152; the cluster can also act as a bridge. Last but not least,all the regions just mentioned before are most likely suffer from flood, tsunami,typhoon and earthquake.

A construction incarnate the context and aesthetics.

The conception of Furikazan is stem from the morphology of shells. But Furikazan not only can protect itself, but also can form a more powerful and all-purpose group. The cluster combined with each unit, in the meantime, is the shield of heart!

As a safe house, Furikazan protects the most vulnerable people in the tsunami.

A construction which is economical and compatible.

Furikazan is built up with modular constructional elements which means it can be made in a factories, so we can send it anyplace where most needed. The special framework can keep it from being damaged, in the mean time save lifes when disaster occurs. However, the daily use, as a matter of fact, is to improve the environment; store the energy and prepare for the impending threat.

A construction which emphasize the ecological quality and energy conservation.

In the different area, Furikazan can exploit the local resources in different ways. In the lake district or seashore, tidal power generator and solar panels will generate most of the energy used in Furikazan and excessive energy generated by which will be stored in a battery for emergency use.

The water-flow-generator will supply the energy when Furikazan as a bridge on a river. The water supply for Furikazan can be solved by the multipurpose utilization of rainwater collection system and water purification system. This method is suitable for both flowing water-like river basin-and stagnent water situation.

A construction which is follow the ethical standards and social equity.

Today, various disasters are happening with increasing frequency of worldwide scope. This design is aim to create a safety island when the helpless people facing the disasters.

Because of this construction is movable when the disaster occured, so it also can act as the role of rescue-boat. To meet the needs of help is the most worthwhile quality of this design.

In providing peoples with safety, hope for surviving and limitless posibilities of function, the social problem like the fearful about disasters can be reduced.Just as Marxian Economic Theory mention that every one in the world has equal social equity. This construction can ensure all the people here with the same right of survival, especially the most helpless people-the people on the beach when tsunami is coming... No matter earthquake, flood or any other disasters,people can get equal treatment here. It's not about people's power and money, even a beggar can also receive the same right of alive and living assurance. Nowadays so many people are absorbed in contention of power and money, and caused the compromise of ethical standard and social equity.But we belive that human will have a peace and equal life as long as we never give up.

material A (WPC or BAMBOO)

Space presentation

Spatial Adjustment

Emergency use

Combination sample1 exhibition

ACP(applied in seashore)

ACP (Aluminum composite panel) is the plastic for the core, externally bonded aluminum and aluminum applied decorative or protective surface coating 3 layers of a hot high-end composite decorative sheet.

Center space

BAMBOO(applied in lake region)

The strength and density of bamboo are higher than nomal wood. Bamboo texture, strainght, cool texture from smooth, the color is simple and easy bleaching, dyeing and carbonization treatment, can be compared with some hardwood.

Storage Adaption space Male toilets Female toilets

Aisle

Daily use

material B (ACP)

WPC(applied in river basin)

Plant in river areas use plant fiber to make WPC to build maintenance structure.

The main features of WPC can be summarized as: durability; film orcomposite surface can be made into a variety of colorful products; can reuse and recycle, environmental friendly and low maintenance costs.

Combination sample2 dock or bridge

Combination sample3 cafe

Rebuild Sink & Equipment

25

26

Glass material presentation

The glass is made by plexiglas of GE LEXAN with not only well resistance to impact, dimensional stability and pellucidity like crystal but also heat resistant, cold resistance, water resistance, aging resistant, uvioresistant and so on.

Plexiglas of GE LEXAN is a special compounds and avoid defect of traditional material.

Structure presentation

The skeleton construction adopt high strength cast iron and transformed from basic hexagon, each side is a beam; a unite is formed by the beam and each angle, and each unite form a construction plane in ordered combination, just like this, here com es out the top and bottom of the building, then the skeleton structure combined, now connect each adjacent node and beam to be a triangle, it is good for the fixing of structure, in the middle of the unite become core-tube, it is more stable in this way.

x3 +

Electricity Extra energy Sun light Water Heat Oxygen

Energy flow presentation

Solar energy conversion system Facade catchments can meets the 50% demand of water expense

Street lights support

Translucent roof keeps a good lighting for daily use

Energy recycle system

Surround material presentation

Color sandwich steel plate Light: Less 14 kg wight per square meter, it can reduce the load and price plenty.

Fast installation: The plate is light, composite install and make any cut you like leading to simple and convenient to install., so it can increase benefit and sace time.

Fire protection: The surface material and heat insulating material of color sandwich steel plate is a kind of incombustible material and meet a requirement of fire protection.

Durable: Many researchs indicated that the guarantee period of color sandwich steel plate is 10~15 years, applying anticorrosive paint every 10 years then, the service time of the plate is over 35 years.

High strength: Adopting high strength material to be the matrix (tensile strength 5600kg/cm2) with the most advanced design and roll extrusion to make the model. So it has great structure characteristics.

27

Convert kinetic energy into electrical energy

90% of water consumption and heating can be used for bathing

Collection of atmospheric oxygen increases the utilization of oxygen

The water purification device provides adequate water resources

Part of kinetic energy can support the daily consumption of electric energy

Energy can be also used for the support of communication equipments

28

Fresh water Solar energy Electric energy

raining water collector

raining water collector

raining water

solar panels

Shore

raining water

Shore

solar panels raining water collector

Water surface

raining water collector

water devices purification system

Energy container

hydro power generator

catchment system energy collect system

Shore

water purification system

Disconnect

In an event of earthquake, Furikazan disconnects from the bottom of water and land. If the combined units are too many to ensure the structure strength, each unit can disconnects from adjoining units.

Energy utilization

Furikazan obtain resource from local sources for energy saving not only for self-sufficiency, but also for reducing energy. Using collected water from the river and rain water instead of the resources freshwater circulation. The water flow energe can be used for power station.

When flood or tsunami comes, the wave-facing side of catchment pump out water, and the rest catchments pump in. This change would let Furikazan to have a good angle and reducing the damage of big wave.

During temperate weather, the water catchment use auto-adaptive system to have a proper water load. The storage water can improve the self-stability of Furikazan.

FLOOD OR TSUNAMI

Connection 1

Each unite just connect like right diagram. When two unites combine or dismantle the node operate according to right diagram.

Shore

devices

EARTHQUAKE

Main energy&water collection axis

catchment system

NORMAL CONDITION

Unavailable water

NORMAL SITUATION

disaster

Water surface

Free load

WAVE Auto-adaptive load

Full load Half load

Connection 2

Full load

Free load

Flow direction

Free load

Flow direction

disaster Full load

WAVE

From right diagram, it shows the way how construction dismantled from the bottom of water

Auto-adaptive load Half load

29

30

OTHER WORKS 2007-PRESENT studio work/competition work/personal work photography drawings design

31

32

Personal work(solo)

SHOPPING MALL IN XIAN 2012

Studio V(solo)

RESIDENTIAL PLANNING IN XIAN 2011

Academic work(team)

DESIGNMETHODOLOGY 2012 contribution: graphic70% model50% render50% concept25%

Design contest BESIDE GREAT WALL(team)

Z.Z HOUSE 2010 contribution: graphic90% digital model100% render100% concept100%

Studio III(solo)

THEATER IN XIAN 2010

33

34

Shaanxi Device Construction Contest(team)

STREAMLINE DISCOVER WALL FOR STUDENT 2011 contribution: graphic90% digital model100% render100% concept100%

UIA2011 TOKYO The 24th World Congress of Architecture(team)

THMEM1 INTERNATIONAL MEDICAL AND NURSING CENTER 2011 contribution: graphic 50% concept 75%

UA Creation Award(team)

DYNAMIC CUBE 2010 contribution: graphic 90% model 100% render 100%

Personal work(solo)

MODEL FABRICATION 2012

35

36

Sketch on wood 2007

Water color

2008

MOMENTS Photograph Collection 2007-2012

37

38

CG Artwork 2009

Tmall.com Logo and web design competition works

2012

Tmall Chinese-English logo the application of Tmall logo and figure concept

application of retailersâ&#x20AC;&#x2122;homepage

application of express affair 39

the application of official brand or icon individual store name

the red search bar fastens upon the pages as the right figure

page

application of print ad traditional

Tmall style

content

content

the white area could be the theme of a certain physical retail or the content of an ad, the red frame and logo could be adjusted according to the board scale

application of Tmall physical retail or outdoor billboard 40

EDUCATION

Xian University of Architecture and Technology Huaqing College Bachelor of Engineering(5-year speciality: Architecture), graduated in Jul. 2012

EXPERIENCES

field trip in Beijing [Aug. 2009]

internship in Kunming Architectural Design & Research Institute [Dec. 2009]

Zhu Yuhao Aug. 28, 1988 No.225, Xichang road, Kuming City, Yunnan Province, China +8613571992609 d.kidd.z@hotmail.com

Tzwork competition THE CORRIDOR [Jun. 2010] internship in China United Northwest Institute for Engineering Design & Research [Jul. 2010] Design contest BESIDE GREAT WALL . ARCHITECTURE AND ART EXHIBITION (collaborator) [Jul. 2010] UA Creation Award . International Ideas competition COMMERCIAL ARCHITECTURE IN UA CITY (assistant collaborator) [Dec. 2010] Holcim Awards Competition 2011 (team leader) [Apr. 2011] entering the second round in Shanxi Province Device Construction Contest (team leader) [Apr. 2011] UIA2011 TOKYO, The 24th World Congress of Architecture TSUKUBA MEDICAL & NURSING CENTER (collaborator) [Jun. 2011] volunteer investigator in Wen Chuan earthquake disaster zone,Sichuan [Jul. 2011]

internship in Beaulding Architects, Chengdu [Aug. 2011] finalist in the international competition SC2011 SPAIN-CHINA MOVEMENTS adaptive intervention-urban complex (team leader) [Oct. 2011] price-winning work "Production Culture Community" published on FUTURE ARQUITECTURAS COMPETITIONS CHINA 5 VERTICAL HYBRIDS MODERN ALTERNATIVE TO URBAN TOWERS (ISBN 978-7-308-10188-2) [Oct. 2012]

OTHER SKILLS

sketchup/autodesk cad/adobe cs/rhinoceros/moi-3D/v-ray Japanese(primary level)/comic&animation making photography/cubase5(audio edition) drums/piano/Taiji