Fluid Viscous Dampers and Shock Transmitters in Realization of Multi-Span Steel-Concrete Viaducts.

Steel-concrete composite bridges had a strong growth in railways and highways since the construction system provides an efficient and cost-effective form. The combination of steel and concrete in a single composite structural element enhances the individual advantages of both materials. By utilizing the tensile strength of steel in the main girder and the compressive strength…

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Different Solutions for Dissipation of Seismic Energy on Multi-Span Bridges

Many methods have been proposed for mitigating the harmful effects of strong earthquakes. The conventional approach requires that structure passively resist through a combination of strength, deformability and energy absorption. The level of damping in these structures is typically low. During earthquakes, these structures deform well beyond the elastic limit and remain intact due to…

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Highway Bridge Traffic Loading

Highway bridges have the main objective of carrying traffic; therefore traffic loading is a primary source of stress on the structure โ€“ quite often the largest one. However, traffic conditions are rather variable, as they depend on many factors, ranging from the macroscale (such as economic development) to the microscale (such as individual driver behaviour)….

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History of Sustainable Bridge Solutions

Sustainable bridges is a term exemplifying the general idea of sustainable development. The concept is a result of the works of a UN commissionโ€”the World Commission on Environment and Developmentโ€”conducted from December 1983 to December 1987 and concluded with the report Our Common Future. At present, several definitions of the basic concept and its specific component…

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