A model-based study of a curved and skewed slab type bridge deck - Isaili, Farhat
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Tight geometric requirements are often placed on highway structures due to right-of-way restrictions in congested urban areas. Skewed and/or horizontally curved bridges are among the some economical options for satisfying these demands. Increasingly strict and complex site constraints are leading to bridge projects with longer spans, more severe curvature and more complex geometries. These characteristics exacerbate the inherent three-dimensional (3D) response of curved and skewed bridge structures. As a result, the behavior of these types of bridges needs to be better understood. The model…mehr

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Produktbeschreibung
Tight geometric requirements are often placed on highway structures due to right-of-way restrictions in congested urban areas. Skewed and/or horizontally curved bridges are among the some economical options for satisfying these demands. Increasingly strict and complex site constraints are leading to bridge projects with longer spans, more severe curvature and more complex geometries. These characteristics exacerbate the inherent three-dimensional (3D) response of curved and skewed bridge structures. As a result, the behavior of these types of bridges needs to be better understood. The model study can be utilized to understand the behavior and response of bridges. Such a study can also help in verifying the analytical results.
Autorenporträt
Farhat Abdul Munim Isaili was born in 1982 in Palestine, Hebron. He got his B.S in Civil Engineering from Palestine Polytechnic University (PPU), Palestine, 2006; and got his M.S in Structural Engineering from King Fahd University of Petroleum and Minerals (KFUPM), KSA ,2011. He is working as a structural designer and field observer.