Why Buildings Fall Down: How Structures Fail

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W. W. Norton & Company, 2002 - Architecture - 334 pages
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Once upon a time, seven wonders of the world stood tall and brilliant and, it must have seemed, would stand forever, impervious to time and gravity. Now only one remains--the pyramid at Khufu, in the Egyptian desert near Cairo. All of the others have fallen down. Modern technologies, computerized designs, and new materials have minimized structural failures nearly to the vanishing point. Even so, we can learn from ancient as well as recent history. Why Buildings Fall Down chronicles the how and why of the most important and interesting structural failures in history and especially in the twentieth century. Not even all of the pyramids are still with us. The Pyramid of Meidum has shed 2,500,000 tons of limestone and continues to disintegrate. Beginning there our authors, both world-renowned structural engineers, take us on a guided tour of enlightening structural failures--buildings of all kinds, from ancient domes like Istanbul's Hagia Sophia to the state of the art Hartford Civic Arena, from the man-caused destruction of the Parthenon to the earthquake damage of 1989 in Armenia and San Francisco, the Connecticut Thruway bridge collapse at Mianus, and one of the most fatal structural disasters in American history: the fall of the Hyatt Regency ballroom walkways in Kansas City. Buildings have fallen throughout history whether made of wood, steel, reinforced concrete, or stone. But these failures do respect the laws of physics. All are the result of static load or dynamic forces, earthquakes, temperature changes, uneven settlements of the soil, or other unforeseen forces. A few are even due to natural phenomena that engineers and scientists are still unable to explain or predict. The stories that make up Why Buildings Fall Down are, finally, very human ones, tales of the interaction of people and nature, of architects, engineers, builders, materials, and natural forces, all coming together in sometimes dramatic and always instructive ways in the places where we live and work and have our lives.
 

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LibraryThing Review

User Review  - nbmars - LibraryThing

In the Introduction, the author writes: “Like most human bodies, most buildings have full lives, and then they die.” He states that “the accidental death of a building is always due to the failure of ... Read full review

LibraryThing Review

User Review  - stormdog - LibraryThing

Salvadori's dedication notes that his mother-in-law thought that his book "Why Buildings Stand Up," was nice, but she would be much more interested in why they fall down. She had a good point; I found ... Read full review

Selected pages

Contents

PREFACE
3
ACKNOWLEDGMENTS
5
INTRODUCTION
7
The First Structural Failure
11
Miracle on Thirtyfourth Street
19
Will the Pantheon Stand Up Forever?
25
For Lack of Redundancy
49
Big Bangs
70
The House of Cards
167
Structural Dermatology
177
OldAge Death
201
The Worst Structural Disaster in the United States
215
The Politics of Destruction
225
The Structure of the Law
236
Terror from the Sky
251
Conclusion Can We Prevent Future Failures?
263

The Day the Earth Shook
84
Galloping Gertie
103
When Metals Tire
115
Thruways to Eternity
128
The Weaknesses of Mother Earth
143
Valley of Tears
155
A Loads
275
B Stress and Strain
283
C Structural Materials
286
D Structural Systems
289
INDEX
321
Copyright

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About the author (2002)

Matthys P. Levy is a founding Principal and Chairman Emeritus of Weidlinger Associates, Consulting Engineers. Born in Switzerland and a graduate of the City College of New York, Mr. Levy received his MS and CE degrees from Columbia University. He has been an adjunct professor at Columbia University and a Distinguished Professor at Pratt Institute and a lecturer at universities throughout the world.

Mario G. Salvadori was a structural engineer and professor of both civil engineering and architecture at Columbia University.

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