Numerical Analysis of Water Intake Tower Structure for Safety Evaluation and Reliable Test
Xi Peng Wang, Heng Zou, Bing Qian Yang, Feng Zhu, Ying Geng
Abstract
Xi Peng Wang, Heng Zou, Bing Qian Yang, Feng Zhu, Ying Geng
Abstract
Based on finite element platform ANSYS, This paper focus on the displacement and the stress response under the static loads forced on the water intake tower structure. Research including describe the distribution of displacement and stress on the structure under gravity load in the finishing construction period, And the structural stress and displacement during the working period. The calculation results show that, in the design of reasonable conditions, the main structure can meet the requirements of safety, but some high stress at some local place, which can be improved by other methods.
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Based on finite element platform ANSYS, This paper focus on the displacement and the stress response under the static loads forced on the water intake tower structure. Research including describe the distribution of displacement and stress on the structure under gravity load in the finishing construction period, And the structural stress and displacement during the working period. The calculation results show that, in the design of reasonable conditions, the main structure can meet the requirements of safety, but some high stress at some local place, which can be improved by other methods.
Key concepts: Structural engineering, Tower, Displacement (psychology), Finite element method, Stress (linguistics), Engineering, Psychotherapist, Psychology