倾角仪方位校正系统柔性旋转轴振动源的设计

V. E. Chulkov, S. Konovalov, P. G. Rusanov, D. Mayorov, Y. Ponomarev
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引用次数: 2

摘要

本文介绍了在高纬度地区钻井用测斜仪方位校正系统研制过程中,对振动干扰源的研制结果。文中提出了广泛使用的振动源的应用问题,并介绍了一种优选的振动源设计。提出利用基于柔性旋转轴的振动扰动源,通过方位角校正系统在地壳相当远的距离处产生可识别的扰动。为了计算振动包的强度,提出了柔性转轴振动源的计算模型,并对实际工况下振动源工作过程的仿真结果进行了说明。根据振动源运行仿真结果,从振动包的最大功率出发,提出了对振动源进行优化控制的建议。
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Designing of Vibrational Source with Flexible Rotating Shaft of Azimuth Correctioning System of an Inclinometer
In this paper in a continue of works for development of azimuth correctioning system of an inclinometer for well drilling in high latitude areas results of development of source of vibrational disturbances are presented. In the paper question of application of widely used vibrational sources is mentioned and a preferred design of vibrational source is described. It is proposed to use source of vibrational disturbances on basis of flexible rotating shaft to create a disturbance discernible at considerable distance in the Earth crust by azimuth correctioning system. To calculate a strength of vibrational package a calculating model of vibrational source with flexible rotating shaft is presented and results of simulation of operation process of vibrational source in actual conditions are explained. On the basis of simulation results of operation of vibrational source recommendations about optimal controlling of vibrational source in terms of maximal power of vibrational package are given.
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