History and Aesthetics of Cable‐Stayed Bridges
Publication: Journal of Structural Engineering
Volume 117, Issue 10
Abstract
This paper discusses the early 19th century ideas on cable‐stayed bridges, the innovations from Germany following World War II, the introduction of such bridges into the United States, and some developments in design elsewhere up to 1987. The conclusion gives some thoughts on how innovations in bridge design arise and how they are related to the cultures within which they arise. We relate these questons briefly to issues of technical developments, design competitions, and engineering education (for example, in Germany and Switzerland, where so much innovation has come in the past 60 years, education was presented not just as mathematical analysis but also as physical designs. Such education included engineering aesthetics and the experiences of design competitions, all of which contributed to the development of new techniques and new forms).
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References
1.
“All‐concrete stayed‐girder bridge cuts cost.” (1973). ENR, January 11, 18–19.
2.
Ammann, O. (1933). “George Washington Bridge: General conception and development of design.” Transactions, ASCE, 1818 (97), 1–65.
3.
Beyer, E., and Tussing. F. (1955a). “Nordbrücke Düsseldorf.” Der Stahlbau, Berlin, Germany, 24(2), 25–33 (in German).
4.
Beyer, E., and Tussing. F. (1955b). “Nordbrücke Düsseldorf.” Der Stahlbau, Berlin, Germany, 24(3), 63–67 (in German).
5.
Beyer, E., and Tussing. F. (1955c). “Nordbrücke Düsseldorf.” Der Stahlbau, Berlin, Germany, 24(4), 79–88 (in German).
6.
Birdsall, B. (1980). “The Roebling years of Norman J. Sollenberger.” Sollenberger: An educator's educator, D. P. Billington and J. W. Williams, Jr., eds., Princeton University, Princeton, N.J.
7.
The bridge spanning Lake Maracaibo in Venezuela. (1963). Bauverlag GmbH, Berlin, Germany.
8.
“Cable stayed bridge opens at Quincy.” (1987). Civ. Engrg., ASCE, 57(11), 12.
9.
Daniel, H. (1971). “Die Rheinbrücke Duisburg‐Neuenkamp Planung, Bauwettbewerb und seine Ergebnisse.” Der Stahlbau, Berlin, Germany, 40(7), 193–200 (in German).
10.
Daniel, H. (1972a). “Die Rheinbrücke Duisburg‐Neuenkamp Planung, Bauwertbewerb und seine Ergebnisse.” Der Stahlbau, Berlin, Germany, 41(1), 7–14 (in German).
11.
Daniel, H. (1972b). “Die Rheinbrücke Duisburg‐Neuenkamp Planung, Bauwettbewerb und seine Ergebnisse.” Der Stahlbau, Berlin, Germany, 41(3), 73–78 (in German).
12.
Dischinger, F. (1949a). “Hängebrücken für schwerste Verkehrslasten.” Der Bauingenieur, Berlin, Germany, 24(3), 65–75 (in German).
13.
Dischinger, F. (1949b). “Hängebrücken für schwerste Verkehrslasten.” Der Bauingenieur, Berlin, Germany, 24(4), 107–113 (in Germany).
14.
Ernst, H. J. (1956). “Montage eines seilverspannten Balkens im Gross‐Brückenbau.” Der Stahlbau, Berlin, Germany, 25(5), 101–108 (in German).
15.
Firmage, D. A. (1974). “Europe's dramatic cable‐stayed bridges.” Civ. Engrg., 44(9), 108–112.
16.
Garcia, A., and Robison, R. (1986). “Sunshine Skyway nears completion.” Civ. Engrg., ASCE, 56(11), 32–35.
17.
Godfrey, G. B. (1957). “Post‐war developments in German steel bridges and structures.” The Structural Engineer, London, England, 35(2), 53–68.
18.
Grant, A. (1977). “Pasco‐Kennewick Bridge, the longest cable‐stayed bridge in North America.” Civ. Engrg., ASCE, 47(8), 62–66.
19.
Grant, A. (1987). “Design and construction of the East Huntington Bridge.” PCI J., 32(1), 20–29.
20.
Green, P. (1988). “Form travelers cast bridge on six‐day cycle.” ENR, January 7, 32–36.
21.
Leonhardt, F., and Zellner, W. (1980). “Cable‐stayed bridges.” IABSE Surveys, S‐12/80, (May), 21.
22.
Maillart, R. (1938). “Ueber Eisenbeton‐Brücken mit Rippenbogen unter Mitwirkung des Aufbaues.” Schweizerische Bauzeitung, Zurich, Switzerland, 112(24), 287–293 (in German).
23.
Menn, C., and Rigendinger, H. (1979). “Ganterbrücke.” Schweizer Ingenieur und Architekt, Zurich Switzerland, 97(38), 733–739 (in German).
24.
Mock, E. (1949). The architecture of bridges. Museum of Modern Art, New York, N.Y.
25.
Navier, C. L. M. H. (1823). Rapport à Monsieur Becquey, conseiller d'état, directeur général des ponts et chausées et des mines; et memoire sur les ponts suspendus. Imprimérie royal, Paris, France (in French).
26.
Podolny, W., and Scalzi, J. B. (1986). Construction and design of cable‐stayed bridges, 2nd Ed., John Wiley & Sons, New York, N.Y.
27.
Schaechterle, K. W., and Leonhardt, F. (1937). Die Gestaltung der Brücken. Volk und Reich Verlag, Berlin, Germany (in German).
28.
Subcommittee on Cable‐Stayed Bridges of the Committee of Long‐Span Steel Bridges of the Committee on Metals of the Structural Division. (1977). “Bibliography and data on cable‐stayed bridges.” J. Struct. Div., ASCE, 103(10), 1971–2004.
29.
Tada, H. (1986). Recent trend of cable‐stayed bridge construction technology. Ministry of Construction, Tokyo, Japan.
30.
Tamms, F. (1937). Paul Bonatz: Arbeiten aus den Jahren 1907 bis 1937. Verlag Julius Hoffmann, Stuttgart, Germany (in Germany).
31.
Taylor, P., and Torrejon, J. (1987). “Annacis Bridge.” Concrete Int., Design and Constr., 9(7), 13–22.
32.
von Emperger, F. (1907). Handbuch für Eisenbetonbau. Verlag von Wilhelm Ernst & Sohn, Berlin, German (in German).
33.
Wenk, H. (1954). “Die Strömsundbrucke.” Der Stahlbau, Berlin, Germany, 23(4), 73–76 (in German).
34.
Whittfoht, H. (1984). Building bridges. Beton‐Verlag GmbH, Dusseldorf, Germany (in German).
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Copyright © 1990 ASCE.
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Published online: Oct 1, 1991
Published in print: Oct 1991
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