Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Static and Earthquake Analysis of Three-Dimensional Frame and Shear Wall Buildings
A procedure and a computer program are developed for the linear structural analysis of frame and shear wall buildings subjected to both static and earthquake loadings. The building is idealized by a system of independent frame and shear wall elements interconnected by floor diaphragms which are rigid in their own plane. Within each column bending, axial and shearing deformations are included. Beams and girders may be nonprismatic and bending and shearing deformations are included. Also, shear panels can be considered. Finite column and beam widths are included in the formulation. Nonsymmetric, nonrectangular buildings which have frames and shear walls located arbitrarily in plan can be considered. (Author)
Static and Earthquake Analysis of Three-Dimensional Frame and Shear Wall Buildings
A procedure and a computer program are developed for the linear structural analysis of frame and shear wall buildings subjected to both static and earthquake loadings. The building is idealized by a system of independent frame and shear wall elements interconnected by floor diaphragms which are rigid in their own plane. Within each column bending, axial and shearing deformations are included. Beams and girders may be nonprismatic and bending and shearing deformations are included. Also, shear panels can be considered. Finite column and beam widths are included in the formulation. Nonsymmetric, nonrectangular buildings which have frames and shear walls located arbitrarily in plan can be considered. (Author)
Static and Earthquake Analysis of Three-Dimensional Frame and Shear Wall Buildings
E. L. Wilson (Autor:in) / H. H. Dovey (Autor:in)
1972
94 pages
Report
Keine Angabe
Englisch
Structural Analyses , Buildings , Earthquakes , Structural analysis , Walls , Floors , Beams(Supports) , Columns(Supports) , Static loads , Dynamic loads , Earthquake resistance structures , Stiffness methods , Dynamic structural analysis , Foundations , Substructures , Computer systems programs , Earthquake engineering , Earthquake analysis , Computer aided analysis , Computer aided design
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