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High-rise building foundation program comparison and reliability analysis

Author: ShiChunMei
Tutor: ZhangJun；DuanWuLi
School: Chang'an University
Course: Geological Engineering
Keywords: High-rise building Foundation and foundation Comparison and Selection Reliability Analysis
CLC: TU470
Type: Master's thesis
Year: 2005
Downloads: 307
Quote: 2
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Abstract


In this paper, the foundation program optimization of the main line , starting from the geotechnical conditions , and on the basis of comprehensive analysis of site soil physical and mechanical performance indicators foundation program , and to meet the engineering requirements of several options to further the use of fuzzy mathematical methods comparison and selection , and then use reliability theory to quantify , and eventually put forward a preferred embodiment . First of all, the geotechnical conditions of the the Xi'an city Loess depression geomorphic units a comprehensive study , including geological and geomorphological conditions and stratigraphic architecture , rock and soil types and characteristics , hydrological and geological conditions , earthquake engineering geological conditions , analysis commonly used the the Xi'an city loess depression landform unit high-rise buildings foundation and foundation form and select typical geotechnical engineering project to a variety of conditions depending on the geotechnical engineering foundation design . Secondly, in order to make the foundation design for the best engineering effect of the use of the mathematical theory of fuzzy comprehensive evaluation method to establish mathematical model of the design expectations low construction cost , short construction period , construction easy , small environmental impact , etc. the evaluation factors determine the weights after a comprehensive evaluation to select the best foundation design . Finally, the reliability theory the introduction of foundation engineering , summarized some uncertainties in geotechnical engineering , the use of quantitative calculation and evaluation of the principles and methods of reliability analysis to select the optimal foundation program and conducted a comprehensive analysis of the evaluation results .

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CLC: > Industrial Technology > Building Science > Soil mechanics,foundation engineering > Foundation > The foundation and basis for the theory and computational
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