A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Monte Carlo simulation of cable fatigue stresses in two cable-stayed bridges
Monte Carlo simulation studies were performed to determine fatigue stress distributions due to truck traffic in all stay cables of two existing cable-stayed bridges. One bridge had two planes of stay cables with concrete edge girders, and the other had one plane of stay cables with a concrete box superstructure. Influence lines from the finite element analyses of these bridges were used to perform the simulations. Existing truck weight distribution models were used. The frequency of truck passage was varied to assess its influence on fatigue stresses. The results of this study are presented, and the responses of the two bridges are compared.
Monte Carlo simulation of cable fatigue stresses in two cable-stayed bridges
Monte Carlo simulation studies were performed to determine fatigue stress distributions due to truck traffic in all stay cables of two existing cable-stayed bridges. One bridge had two planes of stay cables with concrete edge girders, and the other had one plane of stay cables with a concrete box superstructure. Influence lines from the finite element analyses of these bridges were used to perform the simulations. Existing truck weight distribution models were used. The frequency of truck passage was varied to assess its influence on fatigue stresses. The results of this study are presented, and the responses of the two bridges are compared.
Monte Carlo simulation of cable fatigue stresses in two cable-stayed bridges
Bridge Structures ; 2 ; 147-153
2006-01-01
7 pages
Article (Journal)
Electronic Resource
English
| UB Braunschweig | 1999
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