转动转子系统钻孔时弯曲强度的计算

M. Shirinov, V.N. Samadov, V.O. Bogopol´skiy
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引用次数: 0

摘要

快速增加弯曲角的旋翼操纵系统是一种结合了旋翼控制系统和旋翼偏转系统特性的混合系统,是近年来在该领域取得的研究成果之一。有几种计算弯曲强度的理论方法。第一种方法是通过垂直的h和水平的s来使用深度。在这种方法中,弯曲半径R被认为是永久的(即它沿着圆拱变化)。弯曲强度的第二种计算方法是三点法,这种方法可以应用于弯曲套管的钻井,也可以应用于“点钻头”系统,因为它们的操作机制类似。
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The calculation of curving intensity while drilling with operated rotor systems
One of the recent achievements in the field of the systems of operated rotary wing providing fast increase of curving angle is a hybrid system combining the characteristics of the systems of control and deflection of axe. There are several theoretic methods of calculation of curving intensity іα. The first of them is a method of using the depth by the vertical h and by horizontal s. In this method curving radius R is considered permanent (i.e. it changes along the circle arch). The second method of calculation of curving intensity is a three-pointed technique, which can be applied for the drilling with a curved casing and with the systems of “Point the bit” as they are operated with similar mechanisms.
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