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Random Seismic Response Analysis of Long-Span Bridge Structures
Based on the orthogonal expansion method of stochastic processes, seismic acceleration processes can be represented as a linear combination of deterministic functions modulated by a set of mutually independent random variables. In conjunction with the probability density evolution method, the random seismic response of bridge structures can be successfully researched. A long-span bridge structure is taken as an example. The probabilistic information of the response of a long-span bridge structure in different control under earthquake excitations is investigated. The investigation provides a new approach to the random seismic response analysis of long-span bridge structures.
Random Seismic Response Analysis of Long-Span Bridge Structures
Based on the orthogonal expansion method of stochastic processes, seismic acceleration processes can be represented as a linear combination of deterministic functions modulated by a set of mutually independent random variables. In conjunction with the probability density evolution method, the random seismic response of bridge structures can be successfully researched. A long-span bridge structure is taken as an example. The probabilistic information of the response of a long-span bridge structure in different control under earthquake excitations is investigated. The investigation provides a new approach to the random seismic response analysis of long-span bridge structures.
Random Seismic Response Analysis of Long-Span Bridge Structures
Liu, Zhang-Jun (author) / Xing, Yan Fu (author) / Wan, Yong (author)
2012
5 Seiten
Conference paper
English
Random Seismic Response Analysis of Long-Span Bridge Structures
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