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首页> 外文期刊>International Journal of Engineering Research and Applications >A Study on Behavior of MSE wall under Different Earthquake Conditions
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A Study on Behavior of MSE wall under Different Earthquake Conditions

机译：不同地震条件下MSE墙的行为研究

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Now a day's construction of seismic resistant building is the utmost step taken in the construction field. Therefore the construction of MSE walls also needs this technique where these walls are necessary in the high risk earthquake zones. The reinforcement technique is older one and now it has evolved from use of small metal strips to the use of larger stirrups and also the modern geo-synthetic materials such as Georgics and geo textile. In present work, a MSE wall of 44 m high was designed and analyzed using finite element tool. Plaxis, 2D FEM based computational tool, used for simulation of the MSE wall and for studying its deformations and stability under seismic conditions. The failure modes of MSE walls are studied under different dynamic conditions. Influence of seismicity on MSE forces, horizontal displacements and vertical displacements also studied under different seismic conditions. Also we will compare the influence of earthquake intensity on MSE wall for different tiers. The three earthquake intensities are produced using accelograms of ISGS and observed the effect of earthquake on different tier of MSE wall..
机译：现在，一天的抗震建筑施工是建筑领域中迈出的最大一步。因此，MSE墙的建造也需要这种技术，在高风险地震区中这些墙是必需的。加固技术是一种较旧的技术，现在已经从使用小型金属条发展为使用较大的箍筋，以及现代的土工合成材料，例如Georgics和Geo纺织。在目前的工作中，使用有限元工具设计并分析了44 m高的MSE墙。 Plaxis，基于2D FEM的计算工具，用于模拟MSE墙并研究其在地震条件下的变形和稳定性。研究了不同动力条件下MSE墙体的破坏模式。在不同地震条件下，还研究了地震活动度对MSE力，水平位移和垂直位移的影响。我们还将比较地震烈度对不同等级的MSE墙的影响。使用ISGS的加速度图得出三种地震强度，并观察了地震对MSE墙不同层的影响。

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