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A stick-slip vibration suppression method for the drillstring system based on neutral type model

机译:基于中性模型的钻柱系统粘滑振动抑制方法

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A controller is proposed based on the equivalent input disturbance (EID) method to suppress the stick-slip vibration of the drilling process. The drillstring system is described by a neutral type model with unknown disturbances, where the unknown disturbances are mainly nonlinear bit-rock reaction. The core idea of this approach is to use EID to suppress a variety of external disturbances and the impact caused by the state delay of the neutral type model. The main advantage of our method is that the controller does not depend on the specific disturbance model, which is of great significance for the suppression control of stick-slip vibration in complex stratigraphic environment. Moreover, our method is applicable to more general neutral type systems. The simulation was carried out to eliminate stick-slip vibration quickly and verify the effectiveness of the proposed method.
机译:提出了一种基于等效输入扰动(EID)方法的控制器,以抑制钻进过程中的粘滑振动。钻柱系统由具有未知扰动的中性型模型描述,其中未知扰动主要是非线性钻头反应。这种方法的核心思想是使用EID来抑制各种外部干扰以及中立型模型的状态延迟所引起的影响。该方法的主要优点是控制器不依赖于特定的扰动模型,这对于复杂地层环境下粘滑振动的抑制控制具有重要意义。而且,我们的方法适用于更通用的中立型系统。进行了仿真,以快速消除粘滑振动并验证了所提方法的有效性。

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