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Performance-Oriented Drilling Fluids Design System With A Neural Network Approach

机译:以性能为导向的钻井液设计系统,具有神经网络方法

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Drilling fluids play a key role in the minimization of well bore problems when drilling oil or gas wells, usually the design of drilling fluids is depended on many experiments with experience. Rule-based and case-based reasoning drilling fluid system was designed with theory of expert system by some researchers. But it is very difficult to get to know and express precious relationship between drilling fluid formulation and its performance. Performance of drilling fluids can be measured with test device when drilling fluid is ready. A performance oriented drilling fluids design system is presented, with supervised artificial neural network algorithm to acquire knowledge by learning from experimental data. The system can be used to design drilling fluid according to specified performance. Experimental results show that drilling fluids designed by the system can satisfy specified performance.
机译:钻井液在钻井油或气井井时的井孔问题最小化中发挥着关键作用,通常钻井液的设计取决于经验的许多实验。基于规则的和基于案例的推理钻井液系统由一些研究人员设计了专家系统理论。但很难了解并表达钻井液配方之间的珍贵关系及其性能。钻井液准备好时,可以用测试装置测量钻井液的性能。提出了一种面向性的钻井液设计系统,具有监督人工神经网络算法,通过从实验数据学习来获取知识。该系统可用于根据指定性能设计钻井液。实验结果表明,由系统设计的钻井液可以满足指定的性能。

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