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Maximum stress analysis for dam structure due to different magnitude scales of ground movements

机译:不同幅度的地面运动尺度坝结构的最大应力分析

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This study is aimed to evaluate maximum stress analysis for dam stability due to ground movement on Chenderoh dam in Perak. The dam was constructed in the year 1930s, therefore it is important to examine the dam workability and integrity for the peoples to take caution and prepared for safety. Initially, the analysis using ABAQUS is to verify the available data obtained from Structural Earthquakes Research Malaysia. The data available is the maximum stress of 108.67 kN/m~2 for seismic load of 0.16g. Validation for this data after running the ABAQUS program shows that it is in good agreement with the available data, that is the result at 0.16g, the maximum stress is 112 kN/m~2. Using this data for example concrete grade 20 N/m~2, the maximum stress at 0.16G, 0.20g and 0.25g are analyzed. The significant of this study is that at 0.25g seismic acceleration, the dam is still stable as the stress at 0.25g does not exceed the available maximum stress of the material.
机译:本研究旨在评估由于霹雳州Chenderoh Dam的地面运动导致的大坝稳定性的最大应力分析。该大坝在20世纪30年代建造,因此对人民审查大坝的可加工性和诚信是非常重要的,以便为安全做好准备。最初,使用ABAQU的分析是验证从结构地震研究中获得的可用数据马来西亚。可用的数据是108.67 kN / m〜2的最大应力,用于抗震载荷为0.16g。运行ABAQUS程序后对此数据的验证表明,它与可用数据同意,即结果为0.16g,最大应力为112 kN / m〜2。使用该数据例如混凝土级20 n / m〜2,分析了0.16g,0.20g和0.25g的最大应力。这项研究的重要性是,在0.25g地震加速下,由于0.25g的应力不超过材料的最大应力,坝仍然稳定。

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