Temperature Control of RCC Dam in Yongding Project
p.272
p.272
Study on Fundamental Frequency of Runway Based on Winkler Model
p.278
p.278
S-Transform Analysis on Pulsating Water Pressure Acting on the Stop Log Gate
p.282
p.282
A Multiobjective Decision Framework for River Basin Management
p.288
p.288
Finite Element Analysis of Complicated Sedimentation Basin
p.292
p.292
Study on Settling Efficiency of Sedimentation Basin of Coca Codo Sinclair Hydropower Station in Ecuador
p.298
p.298
Application of MIKE21 MODEL on Flood Routing in the Lower Yellow River from Gaocun to Sunkou
p.304
p.304
Analysis of Influence Factors of Irrigation Method in Detecting Compactness of Canal Bank
p.308
p.308
Numerical Simulation of Excavation of Abutment Slope at Left Bank in Dagangshan Hydropower Station
p.313
p.313
Finite Element Analysis of Complicated Sedimentation Basin
Abstract:
Due to the larger workflow, more complex foundation and special structure and with the 8° design seismic intensity, it is necessary to analyze this sedimentation basin in the static and dynamic by 3D finite element method. This paper describes the structural model and the selected parameters for calculation of static and dynamic properties, and states the stress analysis results under the various conditions.
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Periodical:
Applied Mechanics and Materials (Volume 238)
Pages:
292-297
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Online since:
November 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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