• No results found

Dynamic Load Testing of Swiss Bridges

N/A
N/A
Protected

Academic year: 2021

Share "Dynamic Load Testing of Swiss Bridges"

Copied!
6
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1: Geometry of the Riddes-Leytron bridge
Figure 3: Description of the dynamic load test
Figure 4: Natural frequency as a function of bridge span
Figure 6: Dynamic response of the bridge as a function of the truck speed

References

Related documents

The aim of PSDA is to assess the structural performance of a given building by prob- abilistic assessment of the response under ground motions of varying intensity, which

DDQT molecules primarily adsorbed in the fcc regions, with the quaterthiophene backbones aligned along one of three directions of the Au(111) surface, perpendicular to

This brief from the National Research Center on Hispanic Children & Families uses publicly available data from the 2012 National Survey of Early Care and Education (NSECE)

(H) Maximum intensity projection of optical section (1 mm) from the cortex and hippocampus of an 8-month-old 2xTg AD mouse brain labeled for plaques (Congo red) and vasculature..

[r]

Such a collegiate cul- ture, like honors cultures everywhere, is best achieved by open and trusting relationships of the students with each other and the instructor, discussions

This paper investigated recommendation techniques that include content-based recommendation technique, collaborative (social) filtering technique, hybrid recommendation

Procurando comprender el porqué de la elección de la carrera docente —el «querer ser» docente— encontramos una vía de abordaje entre los estudios sobre la cuestión de