121014 Atmoshpere-book Ox

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T h e R e s e a r c h C a m p u s

ARCHDES 301 - DESIGN STUDIO 6Future Christchurch

Atmosphere group - Camia Young

Student: Owen (Weiwei) Xing 1094002


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Contents

Page No.Page Title

Research 1 - 7

Material investigation 8 - 18

Site & program 19 - 25

Design concept 26 - 34

Design development 35 - 41

Design final 42 - 49

Details

Green house effect and Global warming

Layers and composition

Health precinct in CCDU

Master plan , circulation

Facade, site plan and interior circulation

Plan and renders


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ResearchGreen house effect, global warming and carbon sink

Atomsphere


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AtmosphereOwen(Weiwei) XinG

The troposphere is the lowest layer of

Earth's atmosphere. The troposphere

starts at Earth's surface and goes upto a height of 7 to 20 km (4 to 12

miles, or 23,000 to 65,000 feet) above

sea level. Most of the mass (about

75-80%) of the atmosphere is in the

troposphere. Almost all weather occurs

within this layer. Air is warmest at the

bottom of the troposphere near ground

level. Higher up it g ets colder. Air

pressure and the density of the air are

also less at high altitudes. The layer

above the troposphere is called the

stratosphere. Nearly all of the water

vapor and dust particles in the atmo-

sphere are in the troposphere.

The stratosphere is a layer of Earth's

atmosphere. The stratosphere is the

second layer, as one moves upwardfrom Earth's surface, of the atmo-

sphere. The stratosphere is above the

troposphere and below the meso-

sphere. The top of the stratosphere

occurs at 50 km (31 miles) altitude.

The boundary between the strato-

sphere and the mesosphere above is

called the stratopause. The altitude of

the bottom of the stratosphere varies

with latitude and with the seasons,

occurring between about 8 and 16 km

(5 and 10 miles, or 26,000 to 53,000

feet). The bottom of the stratosphere

is around 16 km (10 miles or 53,000

feet) above Earth's surface near the

equator, around 10 km (6 miles) at

mid-latitudes, and around 8 km (5miles) near the poles.

The thermosphere is a layer of Earth's

atmosphere. The thermosphere is

directly above the mesosphere andbelow the exosphere. It extends from

about 90 km (56 miles) to between

500 and 1,000 km (311 to 621 miles)

above our plane t.Temperatures climb

sharply in the lower thermosphere

(below 200 to 300 km altitude), then

level off and hold fairly steady with

increasing altitude above that height.

Solar activity strongly influences

temperature in the thermosphere. The

thermosphere is typically about 200

C (360 F) hotter in the daytime than

at night, and roughly 500 C (900 F)

hotter when the Sun is very active

than at other times.

The thermosphere is a layer of Earth's

atmosphere. The thermosphere is

directly above the mesosphere andbelow the exosphere. It extends from

about 90 km (56 miles) to between

500 and 1,000 km (311 to 621 miles)

above our planet.

Temperatures climb sharply in the

lower thermosphere (below 200 to 300

km altitude), then level off and hold

fairly steady with increasing altitude

above that height. Solar activity

strongly influences temperature in the

thermosphere. The thermosphere is

typically about 200 C (360 F) hotter

in the daytime than at night, and

roughly 500 C (900 F) hotter when

the Sun is very active than at other

times.

Very high up, the Earth's atmosphere

becomes very thin. The region where

atoms and molecules escape intospace is referred to as the exosphere.

The exosphere is on top of the thermo-

sphere.

Troposphere Stratoshpere Mesosphere Thermosphere Exosphere

40km

30km

350km

100km+

Troposphere

Stratoshpere

Mesosphere

Thermosphere

Exosphere

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Atmosphere layers overview


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The atmosphere is composed of a shell of gases that surrounds the Earth. This shell is remarkably thin, only

about several hundred kilometers thick. While this may seem large, it is extremely small when you consider it in

comparison with the size of the Earth.

The atmosphere contains many gases, but the 2 most abundant by far are Nitrogen and Oxygen. Together,

these 2 gases make up approximately 99% of the air. The chart on right hand side shows this. The chart refers

to the "Troposphere", which is the bottom layer of the atmosphere.

Only easured for ozonesondes; for other sources it is extracted from reanalyses

B-factors for O3, N2O and H2O as a function of

changing time period (panels a, c and d respec-

tively) and for O3 as a function of accumulated

data sources (panel b). The 80% level in all panels

in shown for reference.

(a) Ozone anomalies (left) and meanannual cycle (right) for data extracted from the BDBP, for altitudes between

1 km and 70 km and for the latitude zone from 40 N to 50 N. (b) same as (a), for data extracted from R&W.

White areas indicate where no values are available.

(a) Monthly mean ozone number density ( in

DU/km) at the equator and 25km from the BDBP (

red crosses with lines joining adjacent value). (b) A

comparison of the mean annual cycles calculaed

from the monthly means plotted in panel(a) where

R&W values were excluded when BDBP values

were not available to avoid any temporal biasing.

(c) The monthly mean ozone anomaly times series

calculated by subtracting the mean annual cycles

plotted in panel (b) from the time series plotted in

panel (a).

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Atmosphere layers composition


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Some of the greenhouse gases occur in nature like water vapor, carbon dioxide; methane and nitrous oxide, on

the other side there are exclusively human-made like gases used for aerosols.

Annual Greenhouse Gas Emissions in Christchurch

Levels of several important greenhouse gases have increased by about 25 percent since large-

scale industrialization began around 150 years ago. During the past 20 years, about three-quarters

of human-made carbon dioxide emissions were from burning fossil fuels.

Trends in Atmospheric Concentrations and Anthropogenic Emissions of Carbon Dioxide

From the trend we can clearly see he rices of CO2, thus it is important to lower the greenhouse gases.

Atmospheric concentrations of greenhouse gases are determined by the balance between sources

(emissions of the gas from human a ctivities and natural systems) and sinks (the removal of the gas from

the atmosphere by conversion to a different chemical compound).

Positive effectThe greenhouse effect was made to have a positive effect, but human activities have made it a negative one.

The greenhouse effect was made to keep the Earth's average temperature (14oC or 57oF) the same. The

atmosphere has small amounts of greenhouse ga ses to trap heat and warm the Earth. Without this greenhouse

effect, the Earth's temperature could be as low as -18oC (-0.4oF). So the greenhouse effect assures us we

won't freeze to death.

Harmful effect

On the negative side, this Greenhouse effect slowly but steadily increases the temperature of the world! OurEarth is getting hotter and hotter every year. Ice in the North is melting and the polar bears and other dwellers of

the cold are losing their homes quickly. The greenhouse effect WAS supposed to simply keep the Earth at the

same temperature. But carbon dioxide (CO2) levels and other greenhouse gases are increasing in the ozone

layer and trap more heat because we have invented the car, burned fossil fuels in factories, burned wood as

campfires, and cut down the forests. As we continue to release these gases, the Earth will rapidly get hotter.

The change of global temperature and strength of it can be positive and negative influence. However people are

more attentive to the negative side. The global warming causing by the greenhouse effect to the nature eco-

system has causing influences such as unusual temperature, surface of sea level rises, ice-age melt, lake and

river that late frost and melt early as well as some numbers of plant and animal are decreasing.

EARTH

6% scattered from

atomsphere

19% absorbed by atmosphere

atmosphere and clouds

4% reflected

by surface

51% absorbed

by Earth

20% scattered

and reflected

by clouds

CO2, CH4, NO3, etc.

21.3%

16.8%

14.0%

12.5%

11.3% 10.3%

10.0%

3.4%

Industrial processes

Power Station

Transportation fuels

Agricultural byproducts

Fossil fuel retrieval,processing

and distribution

Residential, commercial

and other sources

Land use and biomass burning

Waste disposal

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Green house effect


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Global warming is the rise in the average temperature of Earths atmosphere and oceans since thelate 19th century, and its projected continuation. Since the early 20th century, Earths mean surface tem-

perature has increased by about 0.8 C (1.4 F), with about two-thirds of the increase occurring since 1980.

Warming of the climate system is unequivocal, and scientists are more than 90% certain that it is primarily

caused by increasing concentrations of greenhouse gases produced by human activities such as defor-estation and the burning of fossil fuels.These ndings are recognized by the national science academies of

all major industrialized nations.

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Green house

gases

Green house

effect CO2

Scince of Global warming Impact of Global warming

Prediction Warming

Economic Depressed Worse than

War

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Global warming one


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Buy local

food

Use less

Home

Solutions of Global warming - Doing something

Switch to

greenpowerLess travel

Be a

catalystHave an

energy audit

Eat less

meat

Plant trees

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Global warming two


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A carbon sink is a natural or artificial reservoir that accumulates and stores some carbon-containing

chemical compound for an indefinite period. The process by which carbon sinks remove carbon dioxide

(CO2) from the atmosphere is known as carbon sequestration. Public awareness of the significance of

CO2 sinks has grown since passage of the Kyoto Protocol, which promotes their use as a form of

carbon offset.

The main natural sinks are:

Absorption of carbon dioxide by the oceans via physicochemical and biological

processes

Photosynthesis by terrestrial plants

Natural sinks are typically much larger than artificial sinks. The main artificial sinks are:

Landfills

Carbon capture and storage proposals

Carbon sources include:

Fossil fuels

Farmland; there are proposals for improvements in farming practices to

reverse this.

Diagram illustrating a simplified version of the carbon cycle.

Part of understanding how the climate is likely to change in future is understanding how some reservoirs

which are currently absorbing carbon (carbon sinks) might stop absorbing carbon in future.

As result of harmful effect of carbon dioxide, Carbon sinks are the most effective way for New Zealand-

ers to extract carbon from the atmosphere. They allow you to have the b enefit, use and control of your

initiative without relying solely on the government to save us.

Natural ways of eliminates carbon dioxides

Ocean

One way to increase the carbon sequestration

efficiency of the oceans is to add micrometre-sized

iron particles in the form of either hematite (iron

oxide) or melanterite (iron sulfate) to certain regions

of the ocean. This has the effect of stimulating

growth of plankton. Iron is an important nutrient for

phytoplankton, usually made available via upwelling

along the continental shelves, inflows from rivers and

streams, as well as deposition of dust suspended in

the atmosphere. Natural sources of ocean iron have

been declining in recent decades, contributing to an

overall decline in ocean productivity. Yet in the

presence of iron nutrients plankton populations

quickly grow, or 'bloom', expanding the base of

biomass productivity throughout the region and

removing significant quantities of CO2 from the

atmosphere via photosynthesis.

Soils & Forest

Since the 1850s, a large proportion of the world's grasslands

have been tilled and converted to croplands, allowing the rapid

oxidation of large quantities of soil organic carbon.

Methods that significantly enhance carbon sequestration in soil

include no-till farming, residue mulching, cover cropping, and

crop rotation, all of which are more widely used in organic

farming than in conventional farming.[35][36] Because only 5%

of US farmland currently uses no-till and residue mulching,

there is a large potential for carbon sequestration.[37] Conver-

sion to pastureland, particularly with good management of

grazing, can sequester even more carbon in the soil.

So in order to reduce carbon dioxide is to growing forests amature tropical forest, at first glance, would seem to be a huge

sink for carbon dioxide. After all, the rate of photosynthesis is

huge.

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Carbon sink


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Material InvestigationLayers & Composition


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Exploring possibilities 1

Troposphere Stratoshpere Mesosphere Thermosphere Exosphere

Layers of Atmosphere

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Material investigation


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2x intersection

1 x 2

1 x 3

1 x 4

1 x 5

2x 3

2 x 4

2 x 5

3 x 4

3 x 54 x 5

1 2

3

4

5


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1 x 2 x 3 1 x 3 x 4 1 x 4 x 51 x 3 x 5

2 x 3 x 4 2 x 4 x 52 x 3 x 5

3 x 4 x 5

1 x 2 x 4 1 x 2 x 5

1 x 2 x 3 x 4 1 x 2 x 4 x 5 1 x 3 x 4 x 5 2 x 3 x 4 x 5

3x intersection

4x intersection

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Troposphere

Stratoshpere

Mesosphere

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Thermosphere

Exosphere

Overlay

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Lines -> Shapes -> Forms

Shape formation

Merging

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300

250

200

800

700

600

500

400

300

4000 3500 3000 2500 2000 1500 1000 500 0

4

2

0

-2

-4

-6

-8

Years Before Present

CO2(ppm)

CH4(ppb)

T(C)

CO2(ppm)

CH4(ppb)

Temperature(C)

Relationship between CO2, CH4 and Earth temperature

CO2 and CH4 proportional to Earh temperature

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Form Generation

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Form Generation

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Data transfer

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Form Generation

Instead of a shape, it can be a master plan of a site, taking this concept to merging the

site with my future designs.

Form Generation -> Planning

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Site &

Health precinct Innovation in CCDU

Program


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Canterbury region

Christchurch

Canterbury statistics

Population

521,832 people usually live in the Canterbury Region of which 348,435 (67%) live in Christchurch.

Canterbury is the second largest consisting of 13.0% of the countrys entire 4,027,947 population.

About 6.5 percent of New Zealand's Maori population live in the Canterbury region.

The median age is 37.6 years compared to median age for New Zealand at 35.9 years.

Climate

Mean daily maximum temperature: Jan 22.5 C, July 11.3 C

Mean Daily minimum: Jan 12.2C, July 1.9C

Average of 85 rain days per year

Average annual rainfall: 648 mm

Christchurch statistic

Population

Before Earthquake, the population of Christchurch was 348,400.

After Earthquake, Christchurch city's resident population decreased

by 8,900 people (2.4 percent).This was due to a net migration loss

(more departures than arrivals) of 10,600 people, partly offset by a

natural increase (more births than deaths) of 1,700 people.

Climate

The average temperature in Christchurch, New Zealand is 11.6 C (53 F).

The range of average monthly temperatures is 11.5 C.

The warmest average max/ high temperature is 22 C (72 F) in January.

The coolest average min/ low temperature is 1 C (34 F) in July.

New Zealand temperature projections to the 2030s

< 4.00

3.00 - 4.00

2.00 - 3.00

1.00 - 2.00

0.50 - 1.00

0.25 - 0.50

0.00 - 0.25

> 0.00

Highest Lowest

Until 2030 in Christchurch area, The left map

is based on the highest projection of global

warming of a 3.6C increase in christchurch.

The right map is based on the lowest Inter-

governmental Panel on Climate Change

(IPCC) projection of a 0.6C global increase.

Climate variable Type of change Region/seasonal variation

Mean temperature Increase of 1.5 - 2.0 C Warmer in winter

Warmer in the east and north

Temperature extremes Fewer frosts

More high-temperature episodes

M ean r ainf all Varies ar ound countr y Increase in the south and west

Decrease in the north and east

decrease in spring in the north

and east of North island

Snow Snow cover decrease

Snowline length

Major predicted changes in New Zealands climate by the 2030s.

Glaciers Reduction in ice volume and

glacier length

Wind

Sea level

Increase in westerly windflow

9 - 88 cm rise

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Site & program


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Christchurch City Central: Business, Mixed Use Zones and Other zones

Christchurch City Central: Function Specified

Christchurch City Central: Restricted Height

Central city multi function zone

Central city Business zone & business related zone

Central city exclusive

Living & Residential zone

Educational & Cultural zone

Business related zone

Open space zone

Conservation zone

Hospital zone

28m height restriction

17m height restriction

Site: under 15 (innovation precinct), on the right side of F

(CPIT campus) on the new recovery Plan of Christchurch

- on the right central of Christchurch

- Transportation - between outer core streets and distributor roads

- Located on the intersect of academic research and educational

zone and business related zone

- Next to the city green belt

- Restricted height of 17 metre

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Site & program


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ChristchurchSchool of music

New greenbelt of the city

New Zealand Boardcasting

school & others

Service & Storage

Market & Shops

Christchurch polytechincinstitute of technology

Encouraging collaboration between innovative businesses improving productivity

for Christchurch and New Zealand.

The successful way forward for Canterbury is to rely on strong partnerships and a highly skilled workforce, led by innovative thinkers and collaborators. Internationally, innovation parks and researchand development precincts are an intrinsic part of central and local government strategies for city business development.

Innovation Precinct (15) & CPIT campus (F)

The innovation precinct could be expanded beyond the area that is indicated on the map, depending on demand from innovative businesses and research organisations. The innovation precinct alsoencompasses the Enterprise Precinct and Innovation Campus (EPIC) temporary site, known as the EPIC Sanctuary. This is a private sector initiative to bring displaced innovative businesses together inthe city centre.

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Site & program


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Proposed Hospital Extension

Medi-Hotel

Private/Public HealthKnowledge Campus

Outpatients

Research Campus

Existing Hospital

The Health Precinct is an inspirational project in which private research and professional partners, educational and medi-

hotel facilities will be within walking distance of the main hospital site. It will also form a world-class facility for learning and

teaching in medicine located at the western e nd of the south Frame, the precinct will be well connected to the Metro Sports

Facility and the Core.

A world-class hub for health education, research and innovation could be established

next to the existing Christchurch Hospital

The Health Precinct (11)

Photos of existing hospital

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Site & program


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Private/Public Health

Knowledge Campus

Research Campus

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Site & program


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Programme research 1

The ZVE (Centre for Virtual Engineering) of the Fraunhofer Institute of Industrial engineering is located on theirresearch campus in Stuttgart Vaihingen. The building houses a research centre for the investigation into thedevelopment of products in a short time frame, focusing on scientific investigation related to the outcome created byvarious multidisciplinary workflows. The design incorporates an open, technically innovative structure, whilst alsoadhering to the existing branding strategy of the Fraunhofer Institute. The building was built this year in 2012.

Programme research 2

The interior program includes 70 interactive exhibitions, workshops and the most advanced planetarium in NorthernEurope. Long-term plans to include the community will be addressed by annually offering over 40,000 students of thearea a free trip to visit the venue. In addition, the students will be transported in hybrid busses in order to emphasizethe science centres sustainable focus.

The Inspiria Science Centre is designed by aart architects as one of the most advanced science centres in NorthernEurope and is part of a long-term plan to make knowledge the most important asset of the stfold Region in Norway.This ambitious plan is reflected in the architectural aspiration, as the trifold form is designed as a communicationsplatform merging the environment, energy and health.

Total area of 5,782 sqm

+ Public space 31%Private space 69%

Private space

Test Equipment 18% Office & meeting room 45%Laboratories 29% Storage etc 8%

Public space

Halls & paths 50% Exhibition 39% Receiption 11%

Similar research centre

+ Public space 59%Private space 41%

Private space

Laboratories 25% Other 10%

Public space

Similar Knowledge research centre

Halls 16% Exhibition & space for public 52% Receiption & others 11%

Office 20%Working Space 45%

Total area of 6500 sqm

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Site & program


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+

Public space 40%

Private space 60%

Test Equipment

Working space

Office

meeting room

Laboratories

Machinical

Halls & paths 28%

Exhibition

Public interact 64%

Other

Approx land area 4700 sqm

Program: Knowledge & Research Campus

Space for the following

- provide everyday knowledge on carbon emission to public

- Public interactive area

- Achievement progress exhibition hall

- History on the topic

- Research on the topic (reducing carbon emission, ways to reduce the

effect of Global warming)

- Practice in Christchurch

- Promotion to the world

- Global meeting on global interested topics (global warming, forum for

green economy benefit: effectively promote urban development,

improving visibility to the world (eg. Boao forum for Asia, Boao was a

unknown city on Hainan island in China)

- Emission composition, how to reduce it

-Test equipment and Laboratory

- Office etc...

Others 8%

32%

34%

11%

23%

Program ProportionProgram Location

knowledge & Research campusproviding clinical education and training, public and privateresearch activities

- Will be a place learning and teaching, providing Christchurch with world-class health facilities

in a central location.

- Will be constructed next to the existing Christchurch Hospital.

- will be developed in partnership between CDHB, Ministry of Health, Christchurch City Council,

CERA and the private sector.

- Part of approx 42500 sqm health precinct plan

- Temperory location (not confirmed) within the precinct

- Form yet to be designed

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Site & program


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Design

Master plan & Circulation

Concept


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Design concept


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Existing Hospital

Sport Facilities

Residential & Mix

City Frame

Cricket Court

City Central & Business

Hospital Related

Sport Related

Residential & Mix Related

Frame Maintaince Related

Field Related

Business Related

Lost

Circulation in both direction

Finalised Master Plan

Circulation in Health Precinct

Master Plan Based on Circulation

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Design concept


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Research &

Knowledge Campus

Sunshine Spa Medi-HotelTree Farm &

Scattered Housing

Design Envelop with program arrangment

New site plan with same proportion

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Design concept


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Internal Circulation

+

Public space 40%

Private space 60%

Test Equipment

Working space

Office

meeting room

Laboratories

Machinical

Halls & paths 28%

Exhibition

Public interact 64%

Other

Others 8%

32%

34%

23%

Program Proportion

11%

Campus related

Hospital Related

Business Related

Local Residential Related

Visitor Related

Other

Private space

Public space

Approx land area 4200 sqm

Ground Floor

First Floor

Second Floor

Double Height

Overall Circulation

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Design concept


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Ground Floor

First Floor

Second Floor

Double Height

First direction of Design concept

Refer to the overall circulation to extend

the height of the construction, develop it

the same way as the master Plan, the

circulation determines the interior

arragement and the exterior shape.

Second direction of Design concept

Layers, circulation horizontally & vertically, in

between levels, forming a loop.

Inital form of Second concept

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Design concept


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Digital Modelling concept

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Design concept


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Exterior material research

the concrete shuttering stencils can be

reused and, therefore, are repositioned a

number of times. The bigger the stencil, the

heavier its weight (and the greater the

amount of labour needed to move it). For

large motifs, several stencils can be

positioned together.

photo-concrete surfaces using a vector- programme

technique, a computer- aided process, which transfers

image data onto plates by means of milling. Such a

model serves as template for the creation of an elastic

stencil, the actual mould of the photo-concrete object.

The elasticity of these stencils allow them to beremoved much more easily from complex forms. The

stencil and concrete can be thought of in terms of dough

in a baking tin. After baking, or in this case hardening,

you musn't leave any material in the form.

The glass provides a high level of light transmission while

at the same time offering excellent heat insulation and

glare protection, which ensures that the works of art are

not affected by UV radiation. The inlay is offered under

the Kapipane brand and is supp lied by the firm of Okalux.

Strand by strand, layer by layer, colors are

woven together to create a rich textile of

Tapestry glass. Vibrant bands of colors

illuminate your space with an everlasting

energy, ideal as partitions or for spaces that

need privacy without blocking natural light.

Tapestry

Concrete in Architecture

Translucent insulated glass

Tile Features: Immaculately designed and manufactured

in Australia to create an unsurpassed metal tile finish.

Punched from an individual sheet of 1.6mm solid, high

quality stainless steel. No backing mesh, plastic inserts

or metal look-alike 'metallic' coatings. ALLOY stainless

steel tiles wont dent, crack or de-laminate. Careful

design and superior manufacturing ensures a fine1.3mm grout line that won't overwhelm the tile. Face

mounted for better protection of the stainless steel tile

face during installation.

Penny Stainless Steel Tile

Banker Wire

"Wire mesh is a way to control the percentage of open area, the texture and the aspect ratio of a signs

design, says Harrison Horan, Vice President of Banker Wire. We offer an infinite number of textures,

allowing for looks that range from very opaque to more open and light. The different weaves provide

different patterns, enabling designers to put heavy emphasis on the vertical or the horizontal, depending

on their project goals.

Lumisty first drew widespread attention when it was

used on the windows of Pleats Please, Issey Miyake's

clothing boutique in SoHo. Since then many of the

worlds top designers and architects have opted to putthe film at the service of their own rich imaginations,

and the results have been stunning. Lumistys

applications range from museums, hotels, banks,

restaurants, and bars, to storefronts, conference

rooms, trade show exhibit

Lumisty

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Design concept


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Decolite decorative film simulates the beautiful effect of

etched glass when applied to existing glass or plastic

surfaces. Each of our wide range of classical and

contemporary patterns is designed to enhance theaesthetic quality of interior settings. They increase

privacy and cut glare without significant reduction of

light. They make environments safer by holding

shattered glass together, and by improving the visibility

of glass doors and partitions. They protect the life of

furnishings and fabrics by screening up to 98% of thesuns damaging ultraviolet rays.

DecoliteBlend classic and modern, fabric and translucent

looks. New bold hues and golden patterns play

well with other Armstrong finishes. And match Dot

to dot. Stripe to stripe. Pattern to pattern. Explore,innovate, play. To complete your vision, youll find

coordinating solid colors that can be used with our

unique Graphix patterns and color cross-over

potential within our Infusions Lay-in and Partitions

lines.

INFUSIONS Accent Canopies

Easy to work with and install, Tectum panels and

systems are cost effective and require little

maintenance. They are available in natural, whiteor custom-painted finishes, and are

field-paintable up to six times.Tectum products

are cementitious wood fiber acoustical panels

composed of aspen wood fibers. In addition, all

Tectum products are "green" because they are

manufactured using only renewable wood andother sustainable raw materials.

Acoustic Panels

Innovative Structural Glass - Cladding Structures

Innovative Structural Glass specializes in integrating

glass facades on a multitude of boundary structures.

This technology can be adapted to existing

construction as well as new construction. We can

engineer attachments to steel, decorative metal

structures, concrete, masonry and wood

Cladding Structures

Exploiting the potential for enhanced dimensionality inglass, the product is produced in rectangular, square,

and circular shapes and allows dimensional viewing

from both sides.Convex Glass can be produced in

many single-layered panels and can be safety

tempered as well. It is available in clear and low-ironglass. Cast textures and privacy coatings are also

available. For projects that require laminating, Nathan

Allan has developed a new method of casting panels

that enables resin laminating to be successfully

applied.

Convex Glass

Makustik is an absorbent, transparent acoustic

material. This honeycomb element is an acoustic

response to the modern office environments

needs.Highly absorbent, transparent honeycomb

elements can be used without loss of sunlight as

ceiling Lamps, screens / dividers, shielding injobs, baffle to prevent the propagation of sound or

absorption elements for windows.

Makustik

Interior material research

Fused Metal is Forms+Surfaces exclusive line ofcolored stainless steel. We use vapor deposition

technology to fuse titanium alloys at the molecular

level to stainless steel substrates. Fused Metal

provides the durability and low maintenance of

stainless steel with a range of rich color optionsthat includes Fused Bronze, Fused Graphite,

Fused Nickel Silver and Fused White Gold.

Fused Metal

Flotex Flocked FlooringFlotex combines the practicality of a resilient

flooring with the slip resistant and acoustic

properties usually associated with textiles. Being

completely waterproof, Flotex is also the only truly

washable textile floor covering. Flotex offers a

warm, comfortable, hygienic floor covering that issuitable for any commercial specification.

Thanks to the highly effective anti-microbial

treatment Sanitized, Flotex offers constant

protection against bacteria, including MRSA,

E-coli and the development of dust mites.

Creating a surface like

the atmosphere

Exterior layers

Underneath

Most of the exterior facade

Windows forprovide spce

Windows forpublic spce

Exterior material Location

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Design concept


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Ground Floor

First Floor

Second Floor

Test Equipment

Working space

Office

meeting room

Laboratories

Machinical

Halls & paths

Exhibition

Public interact

Other Public

Other Private

Ground Floor

First Floor

Second Floor

Program Organization

Massing & organization program

Following my formal investigation using the same

concept that I used the new master plan,

circulation determines the exterior and interior

arrangment.

Giving layers to each level of plan, ground floorwith more complex arrangment, it simpilifies with

first and second floor.

In our atmosphere, theres layers after layers of

compositions with smooth flows, linking my

concept with this nature. Smooth the edges,

surrounding each other, relate these factor back to

the initial idea of atmosphere.

Program organise refer to program research

ealier, program sizes are proportional to the

existing same type of structure.

Approximately 60% private space & 40% Public.

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Design concept


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Design

Facade, plan & Interior circulation

Development


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Part 1 - Public Part 3 - PrivatePart 2 - Mix used

Exhibition

Cafe

Stairs

Other

Office

Meeting space

Fitness

Data space

Stairs, other

Lecture room

Laboratories

Other

Overall

Second floor

Ground floor

First floor

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Design development


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Part 1 Part 3

Public Area Mix use Area Private Area

Front View

Back View

Top View

Campus related

Hospital Related

Business Related

Visitor Related

Other

Part 2

Circulation

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Design concept


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Part 1 & part 2 All partsPart 2 & part 3

Front View

Back View

Top View

Campus related

Hospital Related

Business Related

Visitor Related

Other

Circulation

Public & mix Area Private & mix Area Public & Private

37

Design concept


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South Elevation

345678

9101112

12

131415

Undergroundcarpark

Public EntrancePrivateEntrance

GroundFloor

First Level

SecondLevel

Roof

BankerWire

3 4 5 6 7 8

9 10 11 12

Public EntrancePrivateEntrance

1 2

13 14 15

Undergroundcarpark

GroundFloor

First Level

SecondLevel

Roof

BankerWire

SCALE 1 : 500

North Elevation

SCALE 1 : 500

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Design concept


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Research Campus

Sunshine Spa Medi-HotelGreen house

Scattered housing & Tree farm

N

The Health Precinct in Christchurch

Tree Farm & Scattered HousingSunshine Spa hotel

New Master PlanThe Research Campus

Tuam St

Saint Asaph St

AntiguaSt

MontrealSt

Outpaitent

Atmosphere Group - Data analysis

Taking the layered Form of Atmosphere in to my design

Following my formal investigation using the same concept that I used in

the new master plan, circulation determines the exterior and interior

arrangment.

Giving layers to each level of plan, ground floor with more complex

arrangment, it simpilifies with first and second floor.

In our atmosphere, theres layers after layers of compositions with smooth

flows, linking my concept with this nature. Smooth the edges, surrounding

each other, relate these factor back to the initial idea of atmosphere.

Program organise refer to program research ealier, program sizes are

proportional to the existing same type of structure.

Approximately 60% private space & 40% Public

Space for the following

- provide everyday knowledge on carbon emission to public

- Public interactive area

- Achievement progress exhibition hall

- History on the topic

- Research on the topic (reducing carbon emission, ways to reduce the

effect of Global warming)

- Practice in Christchurch

- Promotion to the world

- Global meeting on global interested topics (global warming, forum for

green economy benefit: effectively promote urban development, improv-

ing visibility to the world (eg. Boao forum for Asia, Boao was a unknown

city on Hainan island in China)

- Emission composition, how to reduce it

-Test equipment and Laboratory

- Office etc...

Program: Knowledge & Research Campus

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Design concept


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AtmosphereOwen(Weiwei) XinGPhysical model

shot one shot two shot three

40

Design concept


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Model & Facade development

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Design concept


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DesignPlan, Renders

FINAL


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Underground Car Park Plan

3 4 5 6 7 8

9

10

11

12

A

B

C

D

E

F

Z

Y

Z

Y

Entrance

Elevator 1

Elevator 2

Stairs

Lecture Room

Electricity

Room

Section Z-Z

Section Y-Y

E 2 South Elevation

E 1 North Elevation

SCALE 1 : 300

42

Final plan


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Ground Floor Plan

Laboratory 1

3 4 5 6 7 8

9

10

11

12

A

B

C

D

E

F

Z

Y

Z

Y

Entrance

Elevator 1

Elevator 2

Stairs

Lecture Room

Section Z-Z

Section Y-Y

1 2

13

14

15

Stairs

Public Entrance

Public Entrance

Private Entrance

Exhibition Space

R ec ep ti on S ec ur it y Toliet

Toliet

Laboratory 3Laboratory 2

E 2 South Elevation

E 1 North Elevation

SCALE 1 : 300

43

Final plan


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First Floor Plan

3 4 5 6 7 8

9

10

11

12

A

B

C

D

E

F

Z

Y

Z

Y

Elevator 2 Section Z-Z

Section Y-Y

1 2

13

Stairs

Public Data

Offce 1

Offce 2

Offce 3

Offce 4

Offce 5 Offce 6 Offce 7

Offce 8

Cafe

Double Height

Fitness

E 2 South Elevation

E 1 North Elevation

SCALE 1 : 300

44

Final plan


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Second Floor Plan

3 4 5 6 7 8

9

10

11

12

A

B

C

D

E

Z

Y

Z

Y

Elevator 2

Section Z-Z

Section Y-Y

13

Stairs

Exhibition Space

Meeting Room

Laboratory 4

Toliet

E 2 South Elevation

E 1 North Elevation

SCALE 1 : 300

45

Final plan


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Section Z- Z

345678

9101112

12

131415

Elevator1Stairs

Underground carpark

Laboratory 1

Elevator2

Public Entrance

PrivateEntrance

ReceptionSecurity

TolietLaboratory 2

Public DataOffce2

Offce3Offce4Offce5

Offce6

Offce7Offce8

Cafe

Fitness

ExhibitionSpace

MeetingRoomLaboratory 4

GroundFloor

First Level

SecondLevel

Roof

Toliet

3 4 5 6 7 8

9 10 11 12

Elevator2Stairs

Elevator2

StairsLectureRoomPublic Entrance PrivateEntrance

ExhibitionSpace Reception SecurityToliet

Laboratory 2

Public DataOffce1 Offce2

Offce3 Offce6 Offce8

Cafe Fitness

ExhibitionSpaceMeetingRoom

Laboratory 4

1 2

13 14 15

Underground carpark

GroundFloor

First Level

SecondLevel

Roof

StairsOffce4

SCALE 1 : 500

Section Y - Y

SCALE 1 : 500

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Final section


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LOOKING AT SUN SPA HOTEL FROM OFFICE

MIXED USED OFFICE AREAPUBLIC EXHIBITION SPACE

Looking down from stairs

47

Final interior


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RESEARCH CAMPUS EXTERIOR ONE

Research campus with sun spa hotel at the bckground

48

Final exterior


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RESEARCH CAMPUS EXTERIOR TWO

Looking at the research campus from outpatient

NORTH ELEVATION SOUTH ELEVATION

Final exterior

Documents

121014 Atmoshpere-book Ox