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Structural and geotechnical engineers have long relied upon the use of the popular Mononobe-Okabe (M-O) method for determining seismic lateral pressur [...]
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This paper presents a general description of a new integrated hazard analysis methodology to study interdependencies among critical infrastructures. This research project [...]
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In 2004, the Province of British Columbia, on the West Coast of Canada, announced an ambitious 10-15 year, $1.5 billion seismic retrofit program for the province's 750 at [...]
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Based on the ductility of the structures, present wide world seismic code provisions allow to reduce elastic strength demands for a given structure system using constant [...]
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Operational and Functional Components (OFC) are those elements in a building that are required for its normal function and operation. In recent earthquakes it has become [...]
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A methodology is proposed for simplified estimation of the effects of nonlinear soil-structure interaction (SSI) on the ductility and total displacement demands of bridge [...]
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The significance of the effects of soil-structure interaction (SSI) on the seismic performance of structures is not yet clearly understood. This is attributed to the comp [...]
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A large number of existing buildings, particularly those constructed prior to the enforcement of ductile design philosophy of 1970’s, were primarily designed and detail [...]
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Integral abutment bridges are single or multiple span structures consisting of a continuous concrete deck integrated with abutments and a flexible support system. These s [...]
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The performance of buried power transmission cables in areas subjected to ground deformations is an important engineering consideration for the utility owners. The perfor [...]
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