Biomimicry Group - Final Presentation

[ TEAM EDDIE MA 583573 SOPHIE FARMER 390862 RHIAN AP REES 361874 JUNHAN FOONG 395563

TUTORS ALISON PAUL TUTORIAL THU 12-3 pm

ADS 3 | Architecture Design Studio Air

]

Semester 2 2012

BIOMIMICRY FINAL PRESENTATION

INTRODUCTION

AND RECAP

ARGUMENT An art piece which integrates, reacts with, and adapts to its environment.

WYNDHAM =

GROWTH

DEVELOPMENT OF MODULE

DEVELOPING FORM &

PLACEMENT

AM

H ND

WY

TO

ES

C RIN

Y WA

F

E RE

P

50

100

200m

PR

IN

C

ES

H

IG

H

W AY

0

G

N LO

E

TO

GE

THE SITE

IDENTIFY SITE BOUNDARIES

IDENTIFY SITE BOUNDARIES

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

IDENTIFY SITE BOUNDARIES

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

DIVIDE LINES EQUALLY AND SPECIFY AS POINTS

IDENTIFY SITE BOUNDARIES

IDENTIFY SUN PATH SPECIFIC TO PATH

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

DIVIDE LINES EQUALLY AND SPECIFY AS POINTS

IDENTIFY SITE BOUNDARIES

IDENTIFY SUN PATH SPECIFIC TO PATH

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

DIVIDE SUN PATH EQUALLY INTO SAME NUMBER OF SEGMENTS AS LINES

DIVIDE LINES EQUALLY AND SPECIFY AS POINTS

IDENTIFY SITE BOUNDARIES

IDENTIFY SUN PATH SPECIFIC TO PATH

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

DIVIDE SUN PATH EQUALLY INTO SAME NUMBER OF SEGMENTS AS LINES

DIVIDE LINES EQUALLY AND SPECIFY AS POINTS

MOVE POINTS TOWARDS POINTS ON SUNPATH

IDENTIFY SITE BOUNDARIES

IDENTIFY SUN PATH SPECIFIC TO PATH

MATHEMATICAL MANIPULATION OF DISPLACEMENT OF EACH POINT TO EMULATE PHOTOTROPISM

DIVIDE BOUNDS EQUALLY AND CONNECT TO CORRESPONDING POINT ON OPPOSITE SIDE

DIVIDE SUN PATH EQUALLY INTO SAME NUMBER OF SEGMENTS AS LINES

RESULT

DIVIDE LINES EQUALLY AND SPECIFY AS POINTS

MOVE POINTS TOWARDS POINTS ON SUNPATH

AM

H ND

WY

TO

ES

C RIN

Y WA

F

E RE

P

50

100

200m

PR

IN

C

ES

H

IG

H

W AY

0

G

N LO

E

TO

GE

PLACEMENT ON SITE

PROBLEM SOLVING &

CONSTRUCTION

ISSUE: IS IT STRUCTURAL?

ISSUE: IS IT STRUCTURAL?

MAIN PROBLEM AREA

Margaret Hunt Hill Bridge

Samuel Beckett Bridge

Puente del Alamillo

Zubizuri Footbridge

[

VARIOUS PROJECTS

]

SANTIAGOCALATRAVA

[

DORIS SUNG

]

BLOOMINSTALLATION

[

STUDIO ROOSEGAARDE

]

LOTUSDOME

[

IMAGINE BUILD PLAY

]

K’NEX CONSTRUCTION SYSTEM

BOLT FIXED 6 WAY STEEL JOINT CIRCULAR HOLLOW SECTION STEEL PIPE STRUCTURE FLUORESCENT STRIP LIGHT EMBEDDED IN PIPE STRUCTURE

BIMETAL PANELS RIVET FIXED TO STEEL PANEL. STEEL PANEL WELDED TO STRUCTURE

BIMETAL PANEL IN CLOSED POSITION

BIMETAL PANEL STEEL SURFACE WITH CORTEN FINISH

BIMETAL PANEL POLISHED COPPER SURFACE

ARCHITECTURAL EXPERIENCE:

DRIVE THROUGH

THE MK II

REFERENCE LIST Bloom Installation http://api.ning.com/files/zwzEAHkhvSX0O0dnOShqXvsjUBJ6ubVW3yaeyEjNk7bGb3pxq5wvpht4ahsz7rLwxvF6FPiZkMiHj4wQggv* vBhSDA*mS5z/bloom01.jpeg http://1.bp.blogspot.com/-Xq3XSqkLTds/Tw-kLOY7xNI/AAAAAAAAApo/Gf3CP-cwHAA/s1600/DerekGreene %2BNorthSide.JPG VIDEO http://vimeo.com/35537546 Construction Site https://news.slac.stanford.edu/sites/default/files/images/image/196412_mm0104-27.jpg K’NEX http://kavibuilt.files.wordpress.com/2010/10/k-nex.jpg http://ebayimages.rswhost.com/301735/83470J.jpg http://static.zoovy.com/img/orangeonions/W1136-H1044-Bffffff/1/13065_box_medium.jpg Lotus Dome http://plusmood.com/wp-content/uploads/2012/01/LOTUS-DOME_Daan-Roosegaarde-2.jpg http://24.media.tumblr.com/tumblr_mbsjcoF2k31qh0usho2_1280.jpg http://3.bp.blogspot.com/-Qrm4LRwekBM/UIgkEK9bRGI/AAAAAAAAdM4/pXhSlrpnRv8/s1600/ dan+roosegaarde +lotuse+dome+4.jpg VIDEO http://vimeo.com/51209332 SANTIAGO CALATRAVA Margaret Hunt Hill Bridge http://medias.photodeck.com/02952b2a-3f46-11e1-a9ff-3f6fcd0917bb/ta_us_dallas_0071_xgaplus. jpg Puente del Alamillo http://smu.edu/newsinfo/releases/images/m0011l.jpg Samuel Beckett Bridge http://www.calatrava.com/content/images/Dublin/Samuel-Beckett-Bridge_001.jpg Zubizuri Footbridge http://pictomat.files.wordpress.com/2010/07/peruarki81.jpg

BOLT FIXED 6 WAY STEEL JOINT CIRCULAR HOLLOW SECTION STEEL PIPE STRUCTURE FLUORESCENT STRIP LIGHT EMBEDDED IN PIPE STRUCTURE

AM

H ND

Y

W TO

B

ES

C RIN

Y WA

BIMETAL PANELS RIVET FIXED TO STEEL PANEL. STEEL PANEL WELDED TO STRUCTURE

F

E RE

P

A

BIMETAL PANEL IN CLOSED POSITION

A

BIMETAL PANEL STEEL SURFACE WITH CORTEN FINISH

B

BIMETAL PANEL POLISHED COPPER SURFACE

CIRCULAR HOLLOW SECTION STEEL PIPE STRUCTURE. BOLT FIXED TO FOOTING

SITE PLAN 50

100

CAST MASS CONCRETE PAD FOOTING

200m

PR IN

C

ES

H

IG H

W AY

0

STEEL PANEL BOLT FIXED TO FOOTING

NG

O EL

TO

GE

THEMK II

SECTION AA

SECTION BB