Mostrando 6 resultados de: 6
Publisher
Journal of Earthquake Engineering(2)
American Concrete Institute, ACI Special Publication(1)
Geotechnical Special Publication(1)
Journal of Bridge Engineering(1)
Practice Periodical on Structural Design and Construction(1)
A point of fixity model for pile and shaft bents
ArticleAbstract: Pile bents are often used in bridge foundation systems. These sub-structural elements are constructePalabras claves:Autores:Gabr M., Kowalsky M.J., Robalino P., Robinson B., Vinicio A. SuarezFuentes:scopusA stability-based target displacement for direct displacement-based design of bridge Piers
ArticleAbstract: P-Δ effects can cause instability if they are not properly accounted for during the design of bridgePalabras claves:Bridge Piers, Displacement-Based Design, P-Delta, Pile Bents, seismic designAutores:Kowalsky M.J., M Kowalsky, V Suarez Chacon, Vinicio A. SuarezFuentes:rraaescopusConfiguration optimization of drilled shafts supporting bridge structures: Three case studies
ArticleAbstract: A common approach to estimating the point of fixity is to utilize the results of a single pile laterPalabras claves:Bents, Bridge design, Bridge foundations, Case reports, Drilled shaftsAutores:Gabr M., Kowalsky M.J., Robinson B., V Suarez Chacon, Vinicio A. SuarezFuentes:rraaescopusDisplacement-based seismic design of drilled shaft bents with soil-structure interaction
ArticleAbstract: The Direct Displacement-Based Design method is implemented for performance based seismic engineeringPalabras claves:DDBD, Ductility, Equivalent Damping, soil-structure interactionAutores:Kowalsky M.J., Vinicio A. SuarezFuentes:scopusDirect displacement-based design as an alternative method for seismic design of bridges
Conference ObjectAbstract: This paper reviews the Direct Displacement-Based Design Method for seismic design of bridges and comPalabras claves:Direct displacement-based design method, Displacement-Based Design, Performance-based seismic designAutores:Kowalsky M.J., Vinicio A. SuarezFuentes:scopusSimplified lateral analysis of deep foundation supported bridge bents: Driven pile case studies
ArticleAbstract: A simplified approach for modeling soil and foundation system supported bridge bents is applied to tPalabras claves:bridges, design, finite elements, Fixity, LATERAL, LOAD, Model verification, Numerical, Piles, RotationAutores:B. Robinson, Gabr M., Kowalsky M.J., M Kowalsky, M. Gabr, Robinson B., V Suarez Chacon, Vinicio A. SuarezFuentes:rraaescopus