1 digital portfolio barcelona pavilion architecture techniques 202 loy tuck man (id: 108020782) chin...

11
1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 08020782) CHIN HUA KANG (ID: 07071312) GO TO MAIN

Upload: maximo-starlin

Post on 29-Mar-2015

217 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

1

DIGITAL PORTFOLIO

BARCELONA PAVILION

ARCHITECTURE TECHNIQUES 202

LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

Page 2: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

CONTENT

DRAWINGS OF BUILDING

DOSSIER PRESENTATION

EXPLORATIVE MODELS

FINAL SECTIONAL MODEL

INTRODUCTION TO BUILDING

2 SOURCES REFERENCING

BACK TO HOME PAGE

Page 3: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

ICON Designed by father of modern architecture, Mies van der Rohe. Represents Germany’s openness, liberty, modernity, and internationalism. Emphasis on clarity, simplicity and honesty.

OPEN PLAN spatial planning not from box, but from few flowing independent planes. fluid, elegant and poetic movement. breaking up of partitions; no enclosed space. independence of columns and walls; free from structural limitation.

REFLECTION• Play of light and reflection on glass, steel and the marbles. (Creates lightness)•Spatial illusion created by multiple reflected spaces. •Alteration of general perception towards a material’s properties. (Solid marble appears transparent)

(Click this link for virtual tour of the building)

INFORMATION OF BUILDING

BACK TO MAIN

3

CLIP 1 CLIP 2

Page 4: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

CLIP 1

BACK TO MAIN

TO CLIP 2

(Click this link to view the video directly from YouTube)

Page 5: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

CLIP 2

BACK TO MAIN

(Click this link to view the video directly from YouTube)

Page 6: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

DRAWINGS OF BUILDING

Plan East – west section

East elevation West elevation

BACK TO MAIN

Page 7: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

DOSSIER PRESENTATION

BACK TO MAIN

Page 8: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

EXPLORATIVE MODEL 1

OPEN PLAN

NEXT MODEL

This model is built to explore possible configurations made from only three simple planes with a fixed plane on the right side.

90 degree rotation is enabled for the two smaller planes while 180 degree rotation is for the middle plane. The planes move according and limited to the perimeter line created on the base.

Different spatial patterns can be created, while still reflecting on the theme of ‘open plan’. With only few simple planes, free flowing space within can be created.

Page 9: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

EXPLORATIVE MODEL 2

REFLECTION

BACK TO MAIN

This explorative model is to explore the different reflective qualities of the materials used in Barcelona Pavilion and how their placements affect the spatial quality of the building.  There are materials of three different qualities (mirror-like reflective, subtle reflective, and tinted-transparent reflective) for each plane. These planes can be slotted on the base according to the original plan of the building. One is able to explore a particular plane by switching between the three provided materials. The resulted space can be experienced from the provided viewfinder.  The placement of planes can also be explored by sliding. the planes to desired positions.

Page 10: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

FINAL SECTIONAL MODEL

1:100

BACK TO MAIN

A B

A B

Section A – A Section B – B

Page 11: 1 DIGITAL PORTFOLIO BARCELONA PAVILION ARCHITECTURE TECHNIQUES 202 LOY TUCK MAN (ID: 108020782) CHIN HUA KANG (ID: 107071312) GO TO MAIN

BACK TO MAIN

SOURCES REFERENCINGClip 1Animation Producer: Yohei YamadaDesign, Animation, Stimulation: Paul Grohhttp://www.youtube.com/watch?v=TX94I9QxDpg

Clip 2Animation Producer: Jason PradoInstructor: Paul Grohhttp://www.youtube.com/watch?v=QbTLxjsw-mM

Figure 1http://www.miesbcn.com/en/outside.html

Figure 2 (Photographer: Juan Van)http://www.flickr.com/photos/vanneste/2414157251/

Figure 3http://www.miesbcn.com/en/outside.html

Figure 4 (Photographer: Klaus Frahm)http://www.localdistance.org/project.php?p=6

4

THE END