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Showing 1 to 6 of 6 for “"reinforced concrete wall"”.
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Post-earthquake assessment of damaged and repaired reinforced concrete wall buildings
… Approximately 60% of the multi-storey reinforced concrete (RC) buildings in the Christchurch Central Business District were demolished after these earthquakes, even when only minor structural damage was present. Several factors influenced the decision of demolition instead of repair, …
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Computed Nonlinear Seismic Response of Reinforced-Concrete Wall-Frame Structures (Dynamic, Analysis)
… of nonlinear analysis for the response of a reinforced-concrete coupled shear wall and/or wall-frame structure subjected to strong earthquate motion without complication in the method itself, yet with reasonable reliability in the computed results. The computed responses of one cantilever …
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Shear strength of reinforced concrete wall-beam structures: upper- bound analysis and experiments
… methods of analysis of shear failure in reinforced concrete (R. C.) wall-beam type structures when subjected to in-plane loading. The upper-bound approach is emphasised. Present shear design practice (e.g. BS8110:1985) relies much upon empirical solutions, but it is inadequately …
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Detailing for compression in reinforced concrete wall boundary elements: experiments, simulations, and design recommendations
Reinforced concrete structural walls are one of the most common lateral force-resisting systems in buildings located in high seismicity regions. Walled structures are expected to provide significant strength and ductility under cyclic earthquake loading. In part, this expectation is based on the …
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Performance of C-Shaped structural concrete walls subjected to bi-directional loading
Reinforced concrete walls are commonly used as the lateral force resisting system for mid-rise buildings in regions of low and high seismicity. Wall geometries in buildings are generally complex configurations to accommodate architectural constraints during new construction or existing conditions …