The steel-concrete hybrid structure is mainly designed by foreign companies because of its complexity and China backward technology. Its stiffness and mass is non-uniform at vertical direction. The structural model is established with software SAP2000. Its dynamic behavior is studied with mode method. Results show that its mode is complicated. Its torsion response is obvious. Its one way, both way and vertical seismic response is analyzed with response spectrum method. Results show that the shear of its foundation bottom by different seismic action is similar. Its vertical seismic response should be analyzed based on the codes. Its one way and both way seismic response is analyzed with elastic time history method by three seismic waves. Results show that structural torsion response by one way and both way seismic action is similar. The shear average with three time history curves is smaller than that with response spectrum method.
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References
Bai G.L. and Li H.X. (2006). Test on 600MW Air Cooled Support Structure in Large Thermal Power Plant. Xi'an: Civil Engineering School Data Room of Xi'an Architecture & Technology University [in Chinese].
Bai G.L. and Zhao C.L. (2006). Study on 1000MW Air Cooled Support Structure in Large Thermal Power Plant. Xi'an: Civil Engineering School Data Room of Xi'an Architecture & Technology University [in Chinese].
China Aseismatic Design Standard Management Office (2001). China Building Aseismatic Design Standard. Beijing: China Building Industry Press [in Chinese].
Cui Y.X. (2004). Technique of Air Cooled Condenser and Stratagem of Continuous Development. Proceedings of Learning Communion Conference of Dynamic Engineering, Beijing, China: 39–42.
Ding E.M. (1992). Air Cooled Technology on Electric Power Plant. Beijing: Water Resources and Electric Power Press [in Chinese].
Dong J. (2006). China Development Strategy Formal Transform. South Weekend, 12(2), 3–9 [in Chinese].
Hu J.X. (1988). Earthquake Engineering. Beijing: Earthquake Press [in Chinese].
Hu W.Y. and Jin H. (2003). Study on Earthquake Wave Choice in Time History Analysis Method. Journal of South Metallurgical Academy, 15(3), 16–20 [in Chinese].
Knirsch H. (1990). Design and Construction of Large Direct Dry Cooled Units for Thermal Power Plants. ASME 90-JPGC/Pwr-26.
Wei L. (1991). Structures Aseismatic Design. Beijing: Universal Academic Press [in Chinese].
Yang B. and Li Y.M. (2000). Study on Control Indexes for Earthquake Wave in Time History Analysis Method. Journal of Civil Engineering, 8(4): 23–27 [in Chinese].
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© 2009 Springer-Verlag Berlin Heidelberg
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Yao, Z., Bai, G. (2009). Seismic Response Analysis on a Steel-Concrete Hybrid Structure. In: Yuan, Y., Cui, J., Mang, H.A. (eds) Computational Structural Engineering. Springer, Dordrecht. https://doi.org/10.1007/978-90-481-2822-8_26
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DOI: https://doi.org/10.1007/978-90-481-2822-8_26
Publisher Name: Springer, Dordrecht
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