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Simulation of the Seepage Field in the Danjiangkou Reservoir Area

机译:丹江口水库区渗流场仿真

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According to the geological conditions of the Danjiangkou reservoir, the computational model was set up considering fracture zones and the changing along the depth of mechanical properties of rock. Adopting this model, the seepage field of the reservoir area was simulated for long time, which shows that: 1) The medium and small earthquakes in the reservoir area were induced mainly by reservoir water seepage since phase I impoundment; 2) A series of medium earthquake would be induced in the fracture zones of reservoir bottom and around the reservoir bank in the depth of 5km about in a month of phase II impoundment; 3) A series of small earthquakes would be induced in the fracture zones in the depth of 12km to 16km at the same period.
机译:根据丹江口水库的地质条件,考虑骨折区域和沿岩石力学性能深度的改变,建立计算模型。采用这种模型,储层区域的渗流场很长一段时间,表明:1)储层区域中的介质和小地震主要由水库水渗透引起,因为我蓄水量净化; 2)一系列中地震将在水库底部和水库银行周围的骨折区域中诱导5公里的储层银行的骨折区域内第二阶段第二期蓄水池; 3)在同一时期,在骨折区域中诱导骨折区域中的一系列小地震。

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