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Research on Mud Technologies of Decreasing Circulating Pressure Loss

机译:降低循环压力损失的泥浆技术研究

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Firstly, the paper presents the status of the research of circulating pressure loss. Then the mechanism of shear thinning property is analyzed. With the example of Bingham fluid, the checking results of software calculation and engineering examples demonstrate that the critical ratio of yield point to plastic viscosity (YP/PV) is corresponded with certain engineering conditions and apparent viscosity. The circulating pressure loss with the critical YP/PV ratio is the least. Laboratory tests and software calculations indicate that improving mud lubricating ability and solids control technologies are also effective technologies of decreasing circulating pressure loss.
机译:首先,本文提出了循环压力损失研究的状态。然后分析剪切变薄性能的机制。对于弯曲流体的例子,软件计算和工程例的检查结果表明,屈服点与塑料粘度(YP / PV)的临界比对应于某些工程条件和表观粘度。具有临界yp / pV比的循环压力损失是最少的。实验室测试和软件计算表明,改善泥浆润滑能力和固体控制技术也是降低循环压力损失的有效技术。

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