Final pres

A I R

WYHDHAM CITY GATEWAY PROJECT

ABPL30048 ADS_AIR SEM 2 2013 STUDIO 2+5

GROUP 2_KAILING WANG/ MUQIU WANG/ RUOXI HONG

THE VINE

A MANIFESTATIO

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ON OF THE GENIUS LOCI FOR THE WYNDHAM CITY

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LINK ISOLA GRO 4

KAGE ATION OWTH 5

INITIAL CONCEPT MAP Blueprints for a Barbed Wire Canoe

CONTEXT and IDEA

William Heatherwick Studio The B of Bang

STRUCTURE PRESENTIN GRAVITY

The Death Process of Neutron Star

PROCESS REFERENCIN FORM

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T A

CONCEPT

E NG WIRED DOME

STRUCTURE

FORM

S NG

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INITIAL DESIGN DIGITAL MODEL

Trimed d struggle 8

Exploration of tangled wire sphere varies in number and diametre of strips.

dome that meet our proposal showing of community 9

INITIAL DESIGN PHYSICAL MODEL Inner arrows presents aggressive emotion of residents of Wyndham

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Assembling physical model of part of design showing connection between sphere and inner arrows.

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DESIGN REFINEMENT __SITE CHOSING AND CONTEXT

Figure 1: The city of Wyndham and Melbourne and Geelong, current area boundaries.

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Figure 2: The Princess H connecting Melbourn Geelong

Highway that ne, Wyndham and

Figure 3: The expected urban expansion --- convergence of metropolis

REFLECTIVE 13

FURTHER DEVELOPMENT OF DESIGN CONCEPT WOOL EXPERIMENT BY FREI OTTO

— a number of points — evenly spaced — predictable, symmetrical — inefficient

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— an 8% over-l — messy, chao

length otic, inefficient

— merge and cluster — large voids open up — idealization and contingency

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THE VINE

referencing a natural process

LINKAGE OF BRANCH SHOW CONNECTION

LARGE VOID PRESENTING TH FALLEN ISOLATI

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WING

HE ION

REMAIN

POSITIVE REMOVE

NEGATIVE

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PO

NEIGHBO

LINK

RELATION

E

CON

C

DESI

IMPROV

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OTENTIAL HOPE

ORHOOD

KAGE

INTERSECTION

CHAOTIC SYSTEM AND ORGANIC FORM

FUTURE

MOVEMENT

NSHIP

RESIDENTS

ENVIRONMENTAL

NNECTION

COMMUNITY

IRE

VORONOI METHOD

STRUCTURE AND PATTERN

GROWTH

VEMENT

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REFINING METHODS 1 __GEOMETRY FINDING AND GH DEFINITION

Digitalize the growing pro

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ocess of vine.

OBJECTIVE 21

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PHYSICAL MODELLING PROCESS PHYSICAL MODEL IN CLAY 1: 200

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CONSTRUCTION METHOD OF JOINERY

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PRACTICAL 29

PHYSICAL MODEL SHOWING JOINERY 1: 20

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