A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fatigue Verification for Composite Highway Bridge
This chapter deals with the fatigue assessment of a composite highway bridge. Analysis and dimensioning of the bridge were conducted in accordance with appropriate European standards. The bridge was verified for the following design situations: transient, permanent and accidental. The required criteria for static loading are met. The chapter focuses on the fatigue assessment of the composite highway bridge subjected to simple vehicle load. It looks at the design values of the internal forces and bending moments as well as the normal and shear stresses in selected cross‐sections. In accordance with EN 1994‐2, the equivalent stress ranges simplified method was used for the fatigue calculations. The chapter shows the determination of the parameters involved in a fatigue verification: applied stress ranges, fatigue strength of details and damage equivalent factors.
Fatigue Verification for Composite Highway Bridge
This chapter deals with the fatigue assessment of a composite highway bridge. Analysis and dimensioning of the bridge were conducted in accordance with appropriate European standards. The bridge was verified for the following design situations: transient, permanent and accidental. The required criteria for static loading are met. The chapter focuses on the fatigue assessment of the composite highway bridge subjected to simple vehicle load. It looks at the design values of the internal forces and bending moments as well as the normal and shear stresses in selected cross‐sections. In accordance with EN 1994‐2, the equivalent stress ranges simplified method was used for the fatigue calculations. The chapter shows the determination of the parameters involved in a fatigue verification: applied stress ranges, fatigue strength of details and damage equivalent factors.
Fatigue Verification for Composite Highway Bridge
Dujmović, Darko (author) / Androić, Boris (author) / Lukačević, Ivan (author)
2014-12-08
32 pages
Article/Chapter (Book)
Electronic Resource
English
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