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An approach to earthquake prediction due to mantle flow and crust interaction

机译：地幔流动与地壳相互作用的地震预测方法

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We are going to predict location, magnitude and time of an earthquake before shock as a complex adaptive system. In the Earth's equilibration and adaptation of the system, earthquakes and changes in material properties occur. We are going to model this process in the Earth. In other words, our approach is based on the Pulsating Mantle hypothesis, PMH, of authors as a methodology that says: "Two phenomena that are deduced from the gravity forces between the Earth, Moon and the Sun, are: (1) dislocation of the inner core and (2) appearing the bulge(s) toward the Moon and the Sun in the interface of the outer core and the mantle." The Earth has a fluid dynamic nature including fluid-structure interactions in different geologic time scales. Due to transient fluid-thermomechanical loading that is deduced from the two above-mentioned phenomena, the mantle flow, continental drift, movement of the tectonic plates, faults movement and consequently an earthquake occur in the heart of the domain in the Earth that is the fault. In this proposed approach we use the Finite Element Method (FEM) as a tool.
机译：作为复杂的自适应系统，我们将预测震前的地震的位置，震级和时间。在地球对系统的平衡和适应中，会发生地震和物质特性的变化。我们将在地球上模拟此过程。换句话说，我们的方法基于作者的脉动地幔假说PMH，该假说是一种方法，其中说：“从地球，月球和太阳之间的引力推论出的两种现象是：（1）错位内核和（2）在外核和地幔的交界面处向月球和太阳凸出。”地球具有流体动力学性质，包括不同地质时标中的流体-结构相互作用。由于从上述两种现象推导出的瞬态流体热机械载荷，地幔流，大陆漂移，构造板块运动，断层运动以及地震因此发生在地球区域的中心。故障。在此提议的方法中，我们使用有限元方法（FEM）作为工具。

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