Title: Richard Buckminster Fuller Bucky
1- Richard Buckminster Fuller (Bucky)
- source http//www.bfi.org/
2Source Baldwin, J. Bucky Works Buckminster
Fullers Ideas for Today. Toronto Wiley, 1996
3source http//www.bfi.org/
4Source Baldwin, J. Bucky Works Buckminster
Fullers Ideas for Today. Toronto Wiley, 1996
5source http//www.bfi.org/
6maritime engineering and navigation influence
- masts and rigging, self-sufficiency, energy
production utilization-4-D Towers/10 Deck
Building lightweight concepts of time and space,
energy production, utilization and
self-sufficiency motifs and images in his
designs are reminiscent of ships and rigging.
7Prefabricated mass produced
- prefabrication, mass production, machine
aesthetic-Dymaxion Deployment Units corrugated
metal grain-storage bins to make single and
double circular units, 1st design to be mass
produced, wartime buildings hospitals, radar
stns
8airplane industry influence
- masts and rigging Dymaxion House,
hexagonal/circular-roof and main floor suspended
from central mast-duralumin, fabricated by
airplane industry/techniques-Beech Aircraft
Corporation, Wichita factory, thus the name
"Wichita House
9Bathrooms
- Worried by the poor sanitation, inefficiency, and
high cost of bathrooms, Bucky came up with a
solution in 1936 the Dymaxion bathroom-a
prefabricated pressed metal combined unit.
10Tension vs Compression
- tension vs compression-1920-30's one of several
architects/designers interested more in the use
of tension over compression such as suspension
bridgesmodern b/c a) new structural technique
b) antithesis of monumental, compressive,
historical architecture
11Tension Integrity Tensegrity
- Systems combining tensioned cables and
compression struts are sometimes referred to as
tensegrity structures - expressionist character, minimal nature convey
qualities of freedom, adaptability, lightness
conflict with underlying values formal ordering
of classicism - preferred tensile over compressive strength of
materials energetic forces, more economical use
of materials over mass required for structures
based on compressive strength was wasteful
12http//www.olats.org/pionniers/pp/buckminster/biog
raphyBuckminster.shtml
13www.alamedainfo.com
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15www.bfi.org
16www.bfi.org
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18www.danasresort.com
19www.bfi.org
20www.seegranvilleisland.com
www.mitacs.math.ca
21Problems with Geodesic Domes
- Difficult to build to code (expensive)
- Moisture distribution, shifted joints, leaks
22Problems with Geodesic Domes
- Very noisy sounds bounce throughout the building
- Wasted space when fitting rectangular furniture
into a totally round space - Like fitting a square peg into a round hole
23Hence
- We suggest a building inspired by Buckminster
Fullers innovative style but tailored to the
particular needs of our library
24www.europaconcorsi.com
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26www.europaconcorsi.com
27www.europaconcorsi.com
28www.europaconcorsi.com
29www.europaconcorsi.com