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Cable-stayed bridges --- Cables --- Vibration.
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Cable-stayed bridges --- Bridges --- Vibration.
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Suspension bridges --- Bridges, Cable-stayed --- Cable-stayed bridges. --- Suspension bridges.
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Rivers --- Cable-stayed bridges. --- Measurement --- Equipment and supplies.
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Cable-stayed bridges --- Bridges --- Maintenance and repair. --- Vibration --- Prevention.
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Traffic roads. Road construction --- Bridges, Cable-stayed --- #KVIV --- Cable-supported bridges --- Bridges --- Cable-stayed bridges. --- bridges [built works] --- Civil engineering. Building industry --- Cable-stayed bridges
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Loadings and materials used for design of cable-stayed bridges are discussed. The effects of highway and railroad loadings and their special considerations, seismic effects, and dynamic wind load effects are thoroughly presented and guidelines for design given. A chapter on stability of cable-stayed bridges, as well as cable materials, their testing, strength, fatigue strength, and behavior of anchorages is included.
Cable-stayed bridges --- Cables --- Cable stayed bridges --- Bridge design --- Dynamic loads --- Wind loads --- Seismic loads --- Seismic design --- Strength of materials --- Design and construction.
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Cable-stayed bridges --- Cable-stayed bridges. --- Ponts suspendus --- Suspension bridges --- Conception et construction --- Histoire --- Design and construction --- History --- Design and construction. --- 1800-1899 --- France.
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Bridges, Cable-stayed --- Cable-supported bridges --- Bridges --- Cable-stayed bridges --- Cables --- Structural analysis
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