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Integrated workflow reduces risks

机译:集成的工作流程降低了风险

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摘要

One advantage of the integrated geomechanics process that has probably not received as much emphasis as it should have is the internal consistency of the resulting modeling output at all points along the model's evolutionary path. By comparison, conventional modeling methods that traditionally provide the data support for crucial decisions on pore pressure (Pp) and wellbore stability issues involve the combination of various separate models covering geology, geophysics, petrophysics and geomechanics. These can reflect differing starting assumptions, purposes, biases and data-quality levels, and often they are not consistent with each other.
机译:集成地质力学过程的一个优点(可能并未得到应有的重视)是沿着模型的演化路径在所有点上生成的建模输出的内部一致性。相比之下,传统上为孔隙压力(Pp)和井眼稳定性问题的关键决策提供数据支持的常规建模方法,涉及到涵盖地质,地球物理学,岩石物理学和地质力学的各种不同模型的组合。这些可以反映出不同的开始假设,目的,偏见和数据质量水平,并且常常彼此不一致。

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