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THE DESIGN INITIATIVE |
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BY R BUCKMINSTER FULLER, 1963 |
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ACKNOWLEDGEMENTS |
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PREFACE BY JOHN MCHALE |
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CHAPTER 1
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WORLD DESIGN INITIATIVE |
1 |
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Pic C-04-007 |
Curve of Actual & Projected World Industrialization (1952) |
5 |
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D-01-129 |
Synergy Tetrahedron from Triangles: 1Triangle + 1 Triangle =
4 Triangles |
22 |
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D-01-130 |
1 Positive Tetrahedron + 1 Negative Tetrahedron = 1 Stable
Cube |
24 |
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D-01-131 |
Two Tetrahedra in Stable Cube |
" |
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D-01-132 |
One Positive Triangle and One Negative Triangle |
25 |
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D-01-133 |
Each Represent Two Unstable Triangles (Diamonds) |
26 |
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D-01-118 |
1 Positive Event and 1 Negative Events = 1 Tetrahedron |
31 |
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D-01-119 |
Positive Events and Negative Events in Tetrahedra, Octahedra
& Cube |
32 |
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D-01-120 |
Positive Events and Negative Events Make 1 Icosahedra and Two Frequency
Geodesic Dome |
" |
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D-01-043 |
Tensegrity Octahedron Model by Theodore Pope |
33 |
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D-01-121 |
Positive Event Tensegrity Octahedron and Negative Event
Tensegrity Octahedron |
34 |
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D-01-122 |
1 Positive Event Tensegrity Octahedron + 1 Negative Event Tensegrity
Octahedron = 1 Tensegrity Icosa |
" |
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D-01-123 |
Tensegrity Icosahedron Transforms Through + & - Tensegrity Octahedra
to Tensegrity Tetrahedron |
35 |
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D-01-033 |
Tensegrity Icosahedron Behaves as One System--Expanding &
Contracting Symmetrically |
36 |
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D-01-044 |
Compound Complex of Tensegrity Icosahedra Filling All-Space |
37 |
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D-01-125 |
Model of an Unstable Tensegrity Cube |
" |
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D-01-124 |
2-Frequency Tensegrity Tricontrahedron |
38 |
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P-04-001 |
40'-Diam, 90-Strut, 4-Frequency, Tensegrity Sphere at Princeton
University, Princeton, NJ, USA (1953) |
39 |
|
M-19-013 |
40'-Diam, 6-Frequency, Fiberglass Tensegrity Dome at
the University of Minnesota, Minneapolis, MN, USA |
40 |
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M-21-010 |
Superimposed Tetrahedra Tensegrity Mast Exhibited at the
Museum of Modern Art, New York, NY, USA |
41 |
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D-01-126 |
Tensegrity Masts Assembled into a Tensegrity Sphere |
42 |
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D-01-127 |
Opposite Behavior of Clothes Line Struts & Tensegrity
Tetrahedra Struts |
43 |
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D-01-099 |
2-Frequency Six Great Circle (GC) Tensegrity Tricontrahedra
Model |
" |
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T-11-015 |
72'-Diam Rigid Tensegrity Basketry 3/4 Sphere at Southern
Illinois University, Carbondale, IL, USA |
44 |
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D-01-101 |
Holes in Balloons as Viewed under a Microscope |
45 |
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D-01-102 |
Paired Molecules of Gas Collide with the Skin Forming a
Balloon |
46 |
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D-01-103 |
Tensegrity Domes are Hollowed-Out Balloons |
47 |
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B-19-002 |
Uninflated 20'-Diam Pneumatic Double-Skin Dome |
48 |
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B-19-003 |
Inflated 20'-Diam Pneumatic Double-Skin Dome is Hollowed Out
Balloon |
49 |
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P-21-001 |
2-Frequency Pneumatic Double-Skin Hemisphere Dome with
Triangular Holes in Walls |
50 |
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W-05-034 |
Flying Seed Pod Dome in Parallel Folded State at Washington
University, St Louis, MO, USA (1953) |
51 |
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W-05-035 |
Flying Seed Pod Dome Opening at Washington University, St
Louis, MO, USA (1953) |
52 |
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W-05-036 |
Flying Seed Pod Dome Open (45 Seconds) at at Washington
University, St Louis, MO, USA (1953) |
" |
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D-01-113 |
Dr D Casper's Polio Virus Shell Model is Similar in principle
to the Flying Seed Pod |
53 |
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A-12-005 |
Tensegrity Basketry Pattern of the Outer Tissue Layer of the
Human Testes |
54 |
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A-12-006 |
Tensegrity Basketry Pattern of the Human Eyeball Cornea |
55 |
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F-08-009 |
Geodesic Patterns of Micro-Plants--Algae & Diatoms |
56 |
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F-08-005 |
Diatom Micro-Plant is a Geodesic Dome |
57 |
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R-04-001 |
Radiolaria Micro-Animals are Geodesic Domes |
58 |
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O-02-003 |
Triangular Strip Folds Back upon itself to Form Octahedra
Strips |
59 |
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O-02-030 |
Octahedra Strips Combine to Form an Octet Truss |
60 |
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D-01-128 |
Triple-Bonded Tetrahedra Combine to Form a Tetra Helix |
" |
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D-10-003 |
Three Tetra Helixes Combine to Form Possible DNA Model |
61 |
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E-02-001 |
Transparent Marble Models of Identical-Sized Close-Packed
Spheres |
62 |
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A-01-004 |
RBF Sketches of a Zeppelin Air-Delivering a 10-Decker 4-D
Building (1927) |
63 |
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D-05-029 |
Painting of Early Dymaxion House by Mrs Anne Fuller (1927) |
64 |
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F-02-030 |
Looking up at Ford Rotunda Dome, Dearborn, MI, USA (1952) |
65 |
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P-01-009 |
31 Great Circle (GC) Necklace Dome being Earthquake Tested at
Black Mountain College, NC, USA |
67 |
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W-04-019 |
Outside of Woods Hole Restaurant Dome, Woods Hole, MA, USA |
68 |
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W-04-026 |
Inside of Woods Hole Restaurant Dome, Woods Hole, MA, USA |
" |
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L-05-018 |
Early Fiberglass Radome Testing |
69 |
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L-06-075 |
Erection of a Production 55'-Diam Fiberglass Radome |
70 |
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L-06-076 |
Production 55'-Diam Fiberglass Dome on DEW Line |
72 |
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M-08-015 |
Three Helicopters in a 55'-Diam Magnesium Marine Corps
Geodesic Dome Hangar |
73 |
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M-27-010 |
Helicopter Flies Skinned Dome off Aircraft Carrier |
" |
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M-08-016 |
Helicopter Flies Dome Frame at 60 Knots (69 mph) (1954) |
74 |
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F-04-001 |
One Helicopter Lifts a Ford Motor Co 114'-Diam Geodesic Dome
(1960) |
75 |
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K-05-011 |
Aerial View of Kaiser 145'-Diam Aluminum Dome, Honolulu, HI,
USA (1958) |
76 |
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K-05-002 |
Interior View of Kaiser 145'-Diam Aluminum Dome, Honolulu,
HI, USA, During a Symphony Concert (1958) |
77 |
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K-02-028 |
100'-Diam US Dept of Commerce Trade Fair Geodesic Dome in
Kabul, Afghanistan (1957) |
78 |
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T-07-010 |
100'-Diam US Dept of Commerce Trade Fair Dome in New Delhi,
India, Bangkok, Thailand & Tokyo, Japan |
79 |
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B-20-009 |
External View of a 100'-Diam Calico Geodesic Dome in Bombay,
India (1958) |
80 |
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B-20-010 |
Interior View of a 100'-Diam Calico Geodesic Dome in Bombay,
India (1958) |
" |
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A-08-012 |
Construction of 275'-Diam American Society for Metals Int'l
Dome, Russell Center, OH, USA (1958) |
81 |
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A-08-013 |
Truss Details of 275'-Diam American Society for Metals Int'l
Dome, Russell Center, OH, USA (1958) |
" |
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A-08-014 |
Completed 275'-Diam American Society for Metals Int'l Dome,
Russell Center, OH, USA (1958) |
82 |
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U-02-071 |
Aerial View of 384'-Diam Union Tank Car Sheet Steel Dome,
Baton Rouge, LA, USA (1959) |
" |
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U-02-078 |
Close-Up of 384'-Diam Union Tank Car Sheet Steel Dome, Baton
Rouge, LA, USA (1959) |
83 |
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U-02-075 |
Completed 384'-Diam Union Tank Car Sheet Steel Dome, Baton
Rouge, LA, USA (1959) |
84 |
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M-36-001 |
200'-Diam Aluminum American Pavilion "Golden Dome" in
Sokolniki Park, Moscow, Russia (1959) |
85 |
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P-20-001 |
Four Children's Geodesic Plydomes in a Playground |
86 |
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P-20-004 |
Inside View of a Children's Plydome |
" |
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T-02-011 |
Award-Winning 36'-Diam Paperboard Triennial Geodesic Dome,
Milan, Italy (1954) |
87 |
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M-32-018 |
Three 20'-Diam Monsanto Fome-Core Geodesic Domes made for the
US Peace Corp in Puerto Rico |
" |
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C-11-025 |
Interior of R B Fuller Residence Geodesic Pease Dome,
Carbondale, IL, USA |
88 |
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C-11-020 |
Upstairs Library of R B Fuller Residence Geodesic Pease Dome,
Carbondale, IL, USA |
" |
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M-21-007 |
Exhibit of a Tensegrity Tower, an Octet Truss Structure & a
Radome at MOMA, New York, NY, USA ('60-61) |
89 |
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S-13-022 |
Exterior Night View of the Aluminum Truss, Acrylic Skin,
Climatron Greenhouse Dome, St Louis, MO, USA |
90 |
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S-13-032 |
Interior of Climatron Greenhouse Dome, St Louis, MO, USA,
Showing Palm Fronds |
" |
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S-13-030 |
Interior of Climatron Greenhouse Dome, St Louis, MO, USA,
Showing Waterfall |
91 |
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M-11-006 |
Drawing of "Garden of Eden" Geodesic Dome by Student of Mass
Inst of Technology, Cambridge, MA, USA |
92 |
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N-10-001 |
RBF's Proposed 2-Mile Diameter Tensegrity Manhattan
City-Dome, New York, NY, USA |
93 |
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CHAPTER 2 |
THE 5 TWO-YEAR INCREMENT PHASES OF THE
10-YEAR WORLD FACILITIES REDESIGN |
105 |
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A |
Phase 1: World Literacy re. World Problems |
107 |
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B |
Phase 2: Prime Movers and Prime Metals |
" |
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C |
Phase 3: Tool Evolution |
" |
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D |
Phase 4: The Service Industries |
108 |
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E |
Phase 5: The Evolving Contact Products
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CHAPTER 3 |
HISTORICAL BLAST OFF INTO THE SPACE AGE OF
MAN |
109 |
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A |
The 160 Year Industrial Revolution as
Articulated in the USA |
111 |
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Chart A-1 |
Curve #1 US Copper; Curve #2 US Population |
114 |
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A-2 |
Curve #3 Consumption of Energy; Curve #9 US Barrels of
Petroleum; Curve #11 Electric Power Production |
115 |
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A-3 |
Curve #4 US Copper Distribution; Curve #10 Electric Equipment
Production |
116 |
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A-4 |
Curve #7 Rail Passengers; Curve #12 Auto Passengers; Curve
#13 Airway Miles; Curve14-Air Passengers |
117 |
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A-5 |
Curve #5 Telegraph Wire Miles; Curve #6 Rail Track Mileage;
Curve #8 Auto Roadway Miles |
118 |
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B |
Automation Permits General Distribution of
Wealth |
120 |
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Chart B |
Curve #1 Urban Cost of Living; Curve #2 Auto Cost/lb; Curve
#3 Dollars/Horsepower |
121 |
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C |
Velocity of Families' Acquisition of
Mechanical Extensions |
122 |
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Chart C |
Curve1-Families; Curve2-Homes; Curve3-Fones; Curve4-Cars;
Curve5-Radios; Curve6-Friges; Curve7-TVs |
124 |
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D |
Copper: The Energy Highway of
Industrialization |
125 |
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Chart D-1 |
Curve1-World Copper Prod; Curve2-World Copper Scrap;
Curve3-US Copper Prod; Curve4-US Copper Scrap |
129 |
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D-2 |
Curve #5 US Patents-Total; Curve #6 US Patents-Corporations;
Curve #7 US Patents-Industrial |
130 |
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E |
World & US Production & Consumption of Copper
Correlated to Population |
131 |
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CHAPTER 4 |
THE CUMULATIVE NATURE OF WEALTH |
133 |
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Chart _ |
Profile of the Industrial Revolution (Chemical Elements
Inventory Chronology) |
139 |
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CHAPTER 5 |
UNIVERSAL REQUIREMENTS CHECKLIST |
140 |
|
A |
Essentially Random & Subjective Phenomena |
143 |
|
B |
Essentially Routine & Subjective
Phenomena-Internal to Dwelling |
" |
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C |
Essentially Random & Objective
Phenomena-Internal to Dwelling |
" |
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D |
Essentially Incisive & Routine Objective
Phenomena-External to Dwelling |
" |
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LIST OF ILLUSTRATIONS |
158 |
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(NO INDEX) |
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