THE FEASIBILITY OF LONGER SPANS IN CABLE STAYED BRIDGES BRIDGES
Mansourah Engineering Journal • 2001
Publication Information
Authors
THE TEASItsILITY OF
Keywords
Cable Stayed Bridges
Journal
Mansourah Engineering Journal
Publisher
Mansourah University
Volume
26
Issue
2
Pages
c51-c61
publication.type
Local
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Increasing the maximum span length for cable-stayed bridges has been always a
challenging target. To overcome resections on maximum span length associated with
the classical systems, a modified statical system should be considered. In this paper, a
comparative analysis for a modified statical system is presented. The classical vertical
pylons are replaced by pairs of inclined pylon legs (V-shaped) spreading out
longitudinally and connected at the top by horizontal ties. Two different V-shaped
systems are investigated. The effects of different cables configurations and numbers are
considered. The results .ale compared with a classical fan-type cable-
stayed bridge system, The numerical results indicate the feasibility of longer spans,
since the modified statical system gives much less responses than the classical system.
challenging target. To overcome resections on maximum span length associated with
the classical systems, a modified statical system should be considered. In this paper, a
comparative analysis for a modified statical system is presented. The classical vertical
pylons are replaced by pairs of inclined pylon legs (V-shaped) spreading out
longitudinally and connected at the top by horizontal ties. Two different V-shaped
systems are investigated. The effects of different cables configurations and numbers are
considered. The results .ale compared with a classical fan-type cable-
stayed bridge system, The numerical results indicate the feasibility of longer spans,
since the modified statical system gives much less responses than the classical system.
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