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1.
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Dynamic collapse analyses of a 4-story steel building frame modeled by solid elements are performed using the E-Simulator, which is a parallel finite element analysis sof [...]
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2.
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Ohsaki, M.
Optimization methods are presented for seismic performance design of structures in civil and architectural engineering. It is shown that optimization approaches can be ex [...]
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3.
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Seismic response analysis is carried out for a base-isolated frame． The RC-frame members as well as the rubber bearings are discretized into hexahedral finite elements. [...]
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4.
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The project of E-Simulator is under way at Hyogo Earthquake Engineering Research Center (E-Defense), which belongs to National Research Institute for Earth Science and Di [...]
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5.
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A new approach to determination of equivalent static seismic loads is presented for evaluating peak seismic responses. The responses are estimated by series of multi-moda [...]
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6.
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A post-test analysis has been carried out for the shake-table test of a full-scale 4-story steel moment-resisting frame at E-Defense, Japan. The beams, columns and slabs [...]
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7.
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A blind analysis contest has been conducted in conjunction with the full-scale total collapse test of a four-story moment frame in September 2007 at the E-Defense shake-t [...]
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8.
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A blind analysis contest has been conducted in conjunction with the full-scale total collapse test of a four-story moment frame in September 2007 at the E-Defense shake-t [...]
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9.
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A blind analysis contest has been conducted in conjunction with the full-scale experiment of total collapse of a four-story moment frame in September 2007 at the E-Defens [...]
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10.
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This report presents a research project of developing “E-Simulator: virtual shaking table”, which is a simulation software based on a finite element method to analyze [...]
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