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BACK REGRESSION ANALYSIS OF 3D INITIAL GEO-STRESS FIELDAT THE REGION OF XIAOWAN HYDROPOWER STATION

机译:小湾水电站3D初始地应力场反演分析

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The basic factors influencing the initial geo-stress field at the dam site are firstly analyzed inrncombination with engineering geological and the topographic conditions at the region of Xiaowanrnhydropower station. Under the independent action of each basic factor, 3D FE model is then developed andrncalculated with general FE program MSC.MARC. Based on the stress regression method of observed data,rnthe regression effects of 9 cases of basic factor combinations are compared to each other. The horizontalrncompressed tectonic movement field is simulated by mixed compression load for the substitution ofrntraditional uniform compress boundary load, and results show that the model is greatly improved inrnprecision and it can simulate the initial geo-stress field more properly.
机译:首先结合小湾水电站区域的工程地质和地形条件,分析了影响坝址初始地应力场的基本因素。在每个基本因素的独立作用下,然后使用通用有限元程序MSC.MARC开发并计算3D FE模型。基于观测数据的应力回归方法,比较了9例基本因子组合的回归效果。用混合压缩载荷模拟了水平压缩构造运动场,代替了传统的均匀压缩边界载荷,结果表明,该模型大大提高了精度,可以更恰当地模拟初始地应力场。

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