首页> 外国专利> Fremgangsmate for gradvis deformering av en Boole'sk modell som simulerer et heterogent medium, begrenset til dynamiske data

Fremgangsmate for gradvis deformering av en Boole'sk modell som simulerer et heterogent medium, begrenset til dynamiske data

机译:布尔模型逐渐变形的方法,该模型可模拟仅限于动态数据的异构介质

摘要

- gradual deformation method of a boolean model making it possible to simulate the best possible spatial configuration in an underground zone, defined by the geological object of the magnitudes physical. - it optimizes the model by an iterative process for optimizing on the basis of embodiments, each including the objects whose number is a poisson random variable of mean defined, and while minimizing an objective function. In order to impose a continuity in the course of said objects in size, number and positions, to the inside of the model is constructed in a combined embodiment obtained by combining the one hand, an initial embodiment comprising a certain number of objects, corresponding to a first average value, and at least one other independent realization having a different number of articles corresponding to a second mean value, this combination being such that the number of objects resulting has a mean value equal to the sum of the first and second mean value and that this mean value is also defined by the model. In addition, the size of the objects to the procedure for generation of the number of objects so as to cause to appear or disappear an object gradually. - application to the production of a boolean model of the underground reservoir, thus making it possible to simulate the configuration of the various heterogeneities: fractures, channels, etc, 1 / p
机译:-布尔模型的逐步变形方法,可以模拟地下物理量的最佳空间构型,该构型由物理量级的地质对象定义。 -其通过基于实施例的用于优化的迭代过程来优化模型,每个实施例包括对象的数量是所定义的均值的泊松随机变量,同时最小化目标函数。为了在所述对象的尺寸,数量和位置过程中对模型内部施加连续性,是在通过组合一只手而获得的组合实施例中构造的,初始实施例包括一定数量的对象,对应于第一平均值,以及具有与第二平均值相对应的不同数目的物品的至少一个其他独立实现,该组合使得所得到的对象数目的平均值等于第一平均值与第二平均值之和并且该平均值也由模型定义。另外,对象的大小要按照生成对象数量的程序来逐渐引起对象的出现或消失。 -应用于地下储层布尔模型的生成,因此可以模拟各种非均质性的构造:裂缝,河道等,<1 / p>

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