首页> 外国专利> For an initial deform gradually / 00307 of objects in a medium heterogeneous, generated by simulation of a stochastic model object type, for the best adapted to a physical stresses imposed

For an initial deform gradually / 00307 of objects in a medium heterogeneous, generated by simulation of a stochastic model object type, for the best adapted to a physical stresses imposed

机译:对于通过随机模型对象类型的模拟生成的,中等异质中的对象的初始变形/ 00307,它最适合于施加的物理应力

摘要

- geostatic method in order to gradually deform the initial distribution of objects of the geological type, for example, formed by simulation of a stochastic model of the type of object, according to the measurements or findings, in order to best adapt to physical stresses imposed, the hydrodynamic type, for example, - the objects being distributed in a zone of a heterogeneous medium according to the poisson point process in the form of points figurative with a density of points lambda (x), which varies as a function of their position (x) in the zone, it forms an embodiment of a random vector uniform according to which the position of each object is defined, while respecting the density of the lambda (x), and it is gradually modify the random vector uniform according to a process for the gradual deformation, in order to obtain the gradual migration of each object to obtain a final production adjusted optimally to the parameters relating to the structure of the medium such as parameters hydrodynamic. - applications, for example, the geostatistical model of the heterogeneous reservoirs constituted of various objects: fractures, channels, with vacuoles, etc, 1 / p
机译:-静力学方法,以便逐渐使地质类型的对象的初始分布变形,例如,根据测量或发现,通过模拟对象类型的随机模型而形成,以最好地适应施加的物理应力,例如,流体动力类型-根据泊松点过程,对象以点形的形式分布在非均质介质区域中,点具有点λ(x)的密度,点密度随其位置而变化(x)在该区域中,它形成随机向量均匀性的一个实施例,根据该随机向量均匀性,在考虑到λ(x)的密度的同时,定义每个对象的位置,并根据逐步变形的过程,以便获得每个对象的逐渐迁移,以获得最终调节的最优产量,最终调节的参数应与介质的结构相关,例如参数流体动力。 -应用,例如,由各种对象组成的非均质储层的地统计学模型:裂缝,通道,带液泡等,<1 / p>

著录项

  • 公开/公告号NO334508B1

    专利类型

  • 公开/公告日2014-03-24

    原文格式PDF

  • 申请/专利号NO20020001104

  • 发明设计人 HU LIN-YING;

    申请日2002-03-06

  • 分类号G01V11/00;G06F17/16;

  • 国家 NO

  • 入库时间 2022-08-21 15:56:50

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