CAJ | 학술논문

在指向式旋转导向钻井系统的基础上，对基于双偏心环调节机构的动态指向式旋转导向钻井工具模型进行Matlab虚拟现实仿真。利用3Dmax软件，构建钻井工具的虚拟三维模型。在Matlab环境下，通过工具箱中虚拟现实接口，将钻井系统的控制模型与三维模型连接起来，改变各个参数的设置，观察钻井工具三维模型的运动，为动态指向式旋转导向钻井系统的研究以及实现对钻井系统的最优设计打下理论基础。
재지향식선전도향찬정계통적기출상，대기우쌍편심배조절궤구적동태지향식선전도향찬정공구모형진행Matlab허의현실방진。이용3Dmax연건，구건찬정공구적허의삼유모형。재Matlab배경하，통과공구상중허의현실접구，장찬정계통적공제모형여삼유모형련접기래，개변각개삼수적설치，관찰찬정공구삼유모형적운동，위동태지향식선전도향찬정계통적연구이급실현대찬정계통적최우설계타하이론기출。
The simulation of the dynamic rotary steerable drilling system based on double eccentric ring adjustment mechanism is completed in this paper. Using three-dimensional model of the 3Dmax software, a virtual three-dimensional model of the drilling tool can be build. Under the environment of Matlab, virtual reality interface of toolbox in Matlab can link control model with three-dimensional model of the drilling system. We can change the settings of the various parameters and observe the movement of the three-dimensional model of drilling tools to study this new drilling system as well as to lay a theoretical basis for the optimal design of the drilling system.