|
BUCKMINSTER FULLER BIBLIOGRAPHY |
|
BOOKS RELEVANT TO FULLER |
|
TABLE OF CONTENTS |
 |
| DOME NOTES |
| BY PETER HJERSMAN, 1975 |
|
2 |
RESPONSIVE
ARCHITECTURE |
10 |
|
3 |
BUILDING MODELS |
17 |
| a |
Edge/Strut
Models |
17 |
| b |
Face/Panel
Models
|
18 |
| 4 |
DRAWING METHODS |
20 |
| a |
Drawing Methods
(10) |
20 |
| b |
Finishing
Methods (4)
|
21 |
| 5 |
GEODESIC PRIMER |
22 |
| a |
Introduction |
23 |
| b |
Frequency |
27 |
| c |
Polyhedra |
28 |
| d |
Breakdowns |
29 |
| e |
Beyond
Alternate and Triacon |
31 |
| f |
Explanation of
Table
|
34 |
|
7 |
OCTA-DOMES |
38 |
| a |
Introduction |
38 |
| b |
2 Frequency,
Octahedron-Alternate |
40 |
| c |
2 Frequency,
Octahedron-Triacon |
42 |
| d |
Triakis Octahedron |
45 |
| e |
Small
Rhombicuboctahedron |
46 |
| f |
Trapezoidal
Icosatetrahedron |
47 |
| g |
Hexakis
Octahedron |
48 |
| h |
Tipi Octahedron
Dome |
52 |
| i |
Free-Form Octa |
53 |
| j |
Relationships
|
54 |
|
8 |
DIAMONDS |
60 |
| a |
Types of
Diamonds |
61 |
| b |
Generating
Diamonds |
61 |
| c |
Diamonds from
Regular and Archimedean Solids (9) |
62 |
| d |
Aggregates |
66 |
| e |
Compounds |
66 |
| f |
Diamonds from
Geodesics (4)
|
67 |
|
9 |
TENSEGRITIES |
72 |
| a |
Introduction |
72 |
| b |
Usefulness |
73 |
| c |
Models |
75 |
| d |
Types of
Tensegrities (3) |
76 |
| e |
Tensegrity
Polyhedra (12) |
77 |
| f |
Progressions |
81 |
| g |
Spheres |
83 |
| h |
Tensegrity Beam |
84 |
| i |
Tensegrity
Masts (3)
|
85 |
|
10 |
HUB TESTING |
89 |
| a |
Objectives |
89 |
| b |
Test Machinery
and Method |
90 |
| c |
Results and
Analysis |
90 |
| d |
Hub 1:
Continuous Strap Pipe |
92 |
| e |
Hub 2: Double
External Plate |
94 |
| f |
Hub 3: Internal
Plywood Plate |
96 |
| g |
Hub 4: External
Strap Plate |
98 |
| h |
Hub 5: Single
External Plate |
100 |
| i |
Addendum |
102 |
|
11 |
FIRE TESTING |
107 |
| a |
The
Flammability of Polyurethane Foam |
108 |
| b |
Fire Spread |
110 |
| c |
Fire Tests |
113 |
| d |
Polyurethane
Foam |
116 |
| e |
Behavior of
Polyurethane in a Fire |
117 |
| f |
Solutions |
121 |
| g |
Fire Safety and
Codes |
124 |
| h |
References |
128 |
|
12 |
BERKELEY CORNER TEST: EFFECT OF ROOM CONFIGURATION ON FIRE
DEVELOPMENT |
131 |
|
I |
Background |
131 |
| a |
Description of
Test Facility |
131 |
| b |
Thermocouples |
131 |
| c |
Data
Acquisition |
135 |
| d |
Ignition
Sources |
135 |
| e |
Test Procedure |
136 |
| f |
Previous Tests |
138 |
| g |
Corner Flame
Morphology |
138 |
| h |
Objectives of
Testing |
139 |
| i |
Test Sequence |
139 |
|
II |
Test Report |
141 |
| a |
Construction--Dome Segment |
141 |
| b |
Construction--Coved Corner |
144 |
| c |
Description of
Materials |
144 |
| d |
Test Results
and Analysis |
146 |
| e |
Dome Segment
Results |
147 |
| f |
Dome Test "A" |
161 |
| g |
Dome Test "B" |
161 |
| h |
Dome Tests
Comparison |
161 |
| i |
Dome
Tests--Geometry |
161 |
| j |
Coved Corner
Test |
171 |
| k |
Progression |
171 |
| l |
Conclusion
|
172 |
|
14 |
GEODESIC DOME CLASS |
178 |
| a |
Course
Description |
178 |
| b |
Course Outline |
179 |
| c |
Suggested Study
Projects |
180 |
| d |
Biography and
Expectations (Peter Hjersman)
|
181 |
|
15 |
OTHER AREAS FOR INVESTIGATION (20)
|
182 |
|
17 |
CONDUIT DOME: 2 FREQUENCY, ICOSA-ALTERNATE
HEMISPHERE
|
184 |
|
18 |
GREAT CIRCLE DOME |
186 |
| a |
Materials |
186 |
| b |
Construction |
186 |
| c |
Assembly |
187 |
|
19 |
TENSION DOME |
188 |
| a |
Design Math |
188 |
| b |
Materials |
189 |
| c |
Assembly |
189 |
|
20 |
PLAYYARD ICOSAHEDRON |
190 |
|
21 |
ALTERNATIVE STRUCTURES GROUP |
191 |
|
22 |
EVERY COIN HAS TWO SIDES |
192 |
| a |
Dome Potentials |
192 |
| b |
Dome
Precautions |
193 |
|
23 |
LIVING WITH YOUR DOME |
194 |
|
24 |
BIBLIOGRAPHY |
196 |
|
25 |
INDEX/GLOSSARY |
199 |
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Monday, October 27, 2008
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