Drill string dynamic: Improving the drilling performance by study the resonance of the experimental drill string system using 2 contact points of friction force of breaking system

Suriani bt Che Kar, I. Esat, A. A. Alkhamees, Muhammad Effendy B. Mohd Farid Woo
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Abstract

The operation of oil well drilling is essential for the production of oil and gas it is the key process in huge oil and gas production and exploration industry that oil well drilling takes place in a wide range of geographical and climate environment operating in both offshore and onshore. Phenomena that may cause deprived operational performance and even develop into the catastrophic failure of the well is the presence of vibrations in the drill string; axial, torsional and transverse vibrations. In this paper, an experimental device for in investigating drilling string dynamics in a vertical well was designed and set up together with the sudden hard brake at very high speed. Drill string set up is examined in different speed with brake and without the brake. Data acquisition recorded by using sensors; encoder and accelerometer in LabVIEW NI-environments. With and without brake motor driving voltage responds linearly to the rotational speed, and single sided magnitude spectrum measured for different speed.
钻柱动力学:利用破断系统摩擦力的2个接触点,研究实验钻柱系统的共振,提高钻井性能
石油钻井作业是石油和天然气生产的重要环节,在广阔的地理和气候环境下进行的海上和陆上钻井作业是庞大的石油和天然气生产和勘探工业的关键过程。钻柱振动的存在可能会导致作业性能下降,甚至发展为井的灾难性失效;轴向、扭转和横向振动。本文设计并搭建了一套用于直井钻柱动力学研究的实验装置,并与高速急硬制动配合使用。在有刹车和无刹车的情况下,以不同的速度下钻柱。使用传感器记录数据采集;编码器和加速度计在labviewni环境。有无制动电机驱动电压随转速线性响应,并测量了不同转速下的单面幅值谱。
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