Application of FME Deterministic Model in the Calculation of a Reservoir Arch Dam
Rui Zhang, Benjun Shi, Shuanglong Cai, Haojun Wang
Abstract
Open-access reader
Rui Zhang, Benjun Shi, Shuanglong Cai, Haojun Wang
Abstract
Open-access reader
At present, the analysis of monitoring data for the stress of dam is mostly based on statistical models. However, the monitoring data of the stress on some arch dams have considerably large error, it is hard to build a reasonable statistic model based on the monitoring data. In order to solve the practical application problem of the project, this paper calculates the elastic modulus of the dam by using finite element analysis based on the displacement of the hydraulic component separated from the statistical model of horizontal displacement. Then according to the reversed elastic modulus, this paper has calculated the dam stress under different water levels and temperature conditions. Finally, it has built a stress-deterministic model of the dam.
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At present, the analysis of monitoring data for the stress of dam is mostly based on statistical models. However, the monitoring data of the stress on some arch dams have considerably large error, it is hard to build a reasonable statistic model based on the monitoring data. In order to solve the practical application problem of the project, this paper calculates the elastic modulus of the dam by using finite element analysis based on the displacement of the hydraulic component separated from the statistical model of horizontal displacement. Then according to the reversed elastic modulus, this paper has calculated the dam stress under different water levels and temperature conditions. Finally, it has built a stress-deterministic model of the dam.
Key concepts: Arch dam, Displacement (psychology), Finite element method, Statistic, Stress (linguistics), Structural engineering, Elastic modulus, Geotechnical engineering